mhurhangee/ep-ind-claims huggingface dataset:
An ion source comprising: a first flow device; means for supplying an analyte solution, in use, to said first flow device at a flow rate of < 50 μl/min; and one or more wires, rods or obstructions located within said first flow device; wherein one or more of said one or more wires, rods or obstructions are drawn to a relatively sharp point and extend or protrude a distance beyond the end of said first flow device, wherein said distance is < 1.5mm a first flow device; means for supplying an analyte solution, in use, to said first flow device at a flow rate of < 50 μl/min; and one or more wires, rods or obstructions located within said first flow device; wherein one or more of said one or more wires, rods or obstructions are drawn to a relatively sharp point and extend or protrude a distance beyond the end of said first flow device, wherein said distance is < 1.5mm
A drive shaft comprising: a drive shaft extending between axial ends and having at least one portion through which an outer diameter of said drive shaft changes through an infinite number of diameters, with at least one portion extending across at least 15% of an axial distance between said axial ends of said drive shaft, and said drive shaft having an outer diameter increasing in diameter through an infinite number of diameters from one of said axial ends to a midpoint, and then decreasing through an infinite number of diameters to an opposed axial end, or wherein said drive shaft having an outer diameter at one of said axial ends and decreasing through an infinite number of diameters from said one of said axial ends through a midpoint and then increasing in diameter through an infinite number of diameters to an opposed one of said axial ends, characterised in that there are local undulations along, at least a portion of said outer periphery between said axial ends such that if centers of the local undulations are connected they generate either a convex or a concave shape in an axial cross-sectional view of the drive shaft. a drive shaft extending between axial ends and having at least one portion through which an outer diameter of said drive shaft changes through an infinite number of diameters, with at least one portion extending across at least 15% of an axial distance between said axial ends of said drive shaft, and said drive shaft having an outer diameter increasing in diameter through an infinite number of diameters from one of said axial ends to a midpoint, and then decreasing through an infinite number of diameters to an opposed axial end, or wherein said drive shaft having an outer diameter at one of said axial ends and decreasing through an infinite number of diameters from said one of said axial ends through a midpoint and then increasing in diameter through an infinite number of diameters to an opposed one of said axial ends, characterised in that there are local undulations along, at least a portion of said outer periphery between said axial ends such that if centers of the local undulations are connected they generate either a convex or a concave shape in an axial cross-sectional view of the drive shaft.
An injector nozzle assembly for delivering a reducing agent fluid stream into an exhaust gas stream comprising: a connector having an inlet for fluidly connecting to a reducing agent fluid source; a cap that is connected to a nozzle body having a frustoconical portion; an injector pipe having a length along a longitudinal axis and passing through an opening in the cap into and through an at least partially hollow internal volume of the nozzle body, the injector pipe having an inlet fluidly connected to the connector and an outlet fluidly connected to a spray head (600, 700); wherein the spray head (600, 700) includes three or four substantially radial injection orifices, and wherein the injection orifices on the spray head (600, 700) are substantially aligned in a horizontal plane and only oriented generally perpendicular to the longitudinal axis of the injector pipe. a connector having an inlet for fluidly connecting to a reducing agent fluid source; a cap that is connected to a nozzle body having a frustoconical portion; an injector pipe having a length along a longitudinal axis and passing through an opening in the cap into and through an at least partially hollow internal volume of the nozzle body, the injector pipe having an inlet fluidly connected to the connector and an outlet fluidly connected to a spray head (600, 700); wherein the spray head (600, 700) includes three or four substantially radial injection orifices, and wherein the injection orifices on the spray head (600, 700) are substantially aligned in a horizontal plane and only oriented generally perpendicular to the longitudinal axis of the injector pipe.
A method for deleting a target region in the genome of a filamentous fungal cell, the method comprising: a) introducing into a population of filamentous fungal cells a Cas endonuclease, a guide RNA, and a donor DNA, wherein the Cas endonuclease and guide RNA are capable of forming a complex that enables the Cas endonuclease to introduce a double-strand break at a target site in the genome of the fungal cells and allowing the donor DNA to be inserted at the target site, wherein the donor DNA comprises a sequence homologous to a genomic sequence of the fungal cells, wherein the genomic sequence and the target site flank the target region in the fungal cell genome, and wherein the donor DNA is not inserted at the target site via a homologous recombination between the donor DNA and the fungal cell genome; b) culturing the population of fungal cells under conditions that allow homologous recombination between the genomic sequence and the sequence homologous to the genomic sequence; and c) identifying at least one fungal cell in the culture in which deletion of the target region has occurred; wherein the Cas endonuclease, the guide RNA, or both are introduced transiently into the population of fungal cells. a) introducing into a population of filamentous fungal cells a Cas endonuclease, a guide RNA, and a donor DNA, wherein the Cas endonuclease and guide RNA are capable of forming a complex that enables the Cas endonuclease to introduce a double-strand break at a target site in the genome of the fungal cells and allowing the donor DNA to be inserted at the target site, wherein the donor DNA comprises a sequence homologous to a genomic sequence of the fungal cells, wherein the genomic sequence and the target site flank the target region in the fungal cell genome, and wherein the donor DNA is not inserted at the target site via a homologous recombination between the donor DNA and the fungal cell genome; b) culturing the population of fungal cells under conditions that allow homologous recombination between the genomic sequence and the sequence homologous to the genomic sequence; and c) identifying at least one fungal cell in the culture in which deletion of the target region has occurred; wherein the Cas endonuclease, the guide RNA, or both are introduced transiently into the population of fungal cells.
An insulated gate bipolar conduction transistor (IBCT), comprising: a drift layer having a first conductivity type; an emitter well region in the drift layer and having a second conductivity type opposite the first conductivity type; a well region in the drift layer and having the second conductivity type, wherein the well region is spaced apart from the emitter well region and wherein a space between the emitter well region and the well region defines a JFET region of the IBCT; an emitter region in the well region and having the first conductivity type; a contact region in the well region adjacent the emitter region and having the second conductivity type; wherein no emitter region and no contact region are formed in the emitter well region; the transistor being characterised by an epitaxial buried channel layer formed on the emitter well region, the well region, the emitter region, the contact region and the JFET region and having the first conductivity type. a drift layer having a first conductivity type; an emitter well region in the drift layer and having a second conductivity type opposite the first conductivity type; a well region in the drift layer and having the second conductivity type, wherein the well region is spaced apart from the emitter well region and wherein a space between the emitter well region and the well region defines a JFET region of the IBCT; an emitter region in the well region and having the first conductivity type; a contact region in the well region adjacent the emitter region and having the second conductivity type; wherein no emitter region and no contact region are formed in the emitter well region; the transistor being characterised by an epitaxial buried channel layer formed on the emitter well region, the well region, the emitter region, the contact region and the JFET region and having the first conductivity type.
A method for processing two or more images represented by a set of feature classes, the method comprising: associating each of the two or more images with a set of feature class data; assigning a processing weight for each feature class, wherein the weights assigned to the feature classes are individual weights allowing different weights for each feature; and processing the set of feature class data according to the assigned processing weight to generate a blended image, said processing comprises generating a combined set of feature values for each pixel. associating each of the two or more images with a set of feature class data; assigning a processing weight for each feature class, wherein the weights assigned to the feature classes are individual weights allowing different weights for each feature; and processing the set of feature class data according to the assigned processing weight to generate a blended image, said processing comprises generating a combined set of feature values for each pixel.
An image forming method, comprising: forming an image using a positively chargeable magnetic toner; and using an image forming apparatus equipped with a developing unit equipped with a developing roller whose surface has been plated with chrome, wherein the positively chargeable magnetic toner comprises at least a binder resin and a magnetic powder, a particle shape of the magnetic powder is an octahedron which is a convex polyhedron enclosed by eight triangles, a frictional charged amount of the magnetic powder with ferrite carrier is -20.3 μC/g or more and -10.2 μC/g or less, which is measured after stirring 10 g of non-coated ferrite carrier with an average particle diameter of 80 μm and 0.3 g of the magnetic powder, which were poured into a plastic container of volume 20 mL, for 60 minutes by using a Turbula mixer, and a particle number of the magnetic powder exposed on a surface of the positively chargeable magnetic toner, per 1 μm 2 area of the positively chargeable magnetic toner, is 4 or more and 12 or less in an electron microscope image of the positively chargeable magnetic toner. forming an image using a positively chargeable magnetic toner; and using an image forming apparatus equipped with a developing unit equipped with a developing roller whose surface has been plated with chrome, wherein the positively chargeable magnetic toner comprises at least a binder resin and a magnetic powder, a particle shape of the magnetic powder is an octahedron which is a convex polyhedron enclosed by eight triangles, a frictional charged amount of the magnetic powder with ferrite carrier is -20.3 μC/g or more and -10.2 μC/g or less, which is measured after stirring 10 g of non-coated ferrite carrier with an average particle diameter of 80 μm and 0.3 g of the magnetic powder, which were poured into a plastic container of volume 20 mL, for 60 minutes by using a Turbula mixer, and a particle number of the magnetic powder exposed on a surface of the positively chargeable magnetic toner, per 1 μm 2 area of the positively chargeable magnetic toner, is 4 or more and 12 or less in an electron microscope image of the positively chargeable magnetic toner.
A half-moon bending shape for a bending cross-staff of a tube, including a groove with a substantially U-shaped section arranged to house a portion to be bent of a tube, said groove extending between the respective rounded edges (6, 7) of two opposite faces (8, 9) of said shape, said shape further including a reference means making it possible to position the tube portion in the groove such that it is suitably positioned in the groove in order to undergo bending relative to the previously raised sides, characterized in that the reference means are defined by at least one pair of notches (13, 14) formed in the rounded edge (6, 7) of at least one of the opposite faces (8, 9) of said shape, said notches (13, 14) communicating with the groove and each extending at an equal distance from the axis of symmetry of said shape.
A system for treating and disposing of fluid, the system comprising: a drain through which a fluid may pass; an open cavity in open fluid communication with the drain such that fluids may freely pass from the drain into the open cavity; a drain trap positioned adjacent a bottom portion of the open cavity and in open fluid communication with the drain; an exhaust port in open fluid communication with the open cavity, the drain, the drain trap, and an exhaust system that is configured to place a draft on the exhaust port and maintain the open cavity under a negative pressure in relation to an area in which the system is located to continuously pull air through the drain; and a germicidal ultra-violet light disposed within the open cavity. a drain through which a fluid may pass; an open cavity in open fluid communication with the drain such that fluids may freely pass from the drain into the open cavity; a drain trap positioned adjacent a bottom portion of the open cavity and in open fluid communication with the drain; an exhaust port in open fluid communication with the open cavity, the drain, the drain trap, and an exhaust system that is configured to place a draft on the exhaust port and maintain the open cavity under a negative pressure in relation to an area in which the system is located to continuously pull air through the drain; and a germicidal ultra-violet light disposed within the open cavity.
Wall element with rectangular and/or square main surfaces of platelike flat material for the wall of a stable or container shell having a parallelepiped shape, preferably a cube, cuboid or polygon-prism shape, for a free-flowing, granular, lumpy and/or at first flowing and then hardening goods, particularly for surrounding walling of raised beds or the like. - whereby at two of its opposing mutually parallel sides, in each case there is at least one further identically constructed wall element that may be connected laterally to form a common vertical edge of the wall of the parallelepiped shaped stable or container shell, whereby the wall element (30, 30') has, in addition to the edge stabilisation strips (11,11'), stiffening and connecting strips (12, 12') along the two other sides opposite one another, whereby the latter are bent from the main surface of the wall element (30, 30') by an angle of 90° in the same direction, characterised in that, - along the said two sides of the main surface in each case a edge stabilisation strip (11, 11') is bent by an angle (α) corresponding to half the interior edge angle α 2 of the respective parallelepiped, - the two edges of the edge stabilisation strips (11, 11') are shortened at both ends by an amount (b). - whereby at two of its opposing mutually parallel sides, in each case there is at least one further identically constructed wall element that may be connected laterally to form a common vertical edge of the wall of the parallelepiped shaped stable or container shell, whereby the wall element (30, 30') has, in addition to the edge stabilisation strips (11,11'), stiffening and connecting strips (12, 12') along the two other sides opposite one another, whereby the latter are bent from the main surface of the wall element (30, 30') by an angle of 90° in the same direction, characterised in that, - along the said two sides of the main surface in each case a edge stabilisation strip (11, 11') is bent by an angle (α) corresponding to half the interior edge angle α 2 of the respective parallelepiped, - the two edges of the edge stabilisation strips (11, 11') are shortened at both ends by an amount (b).
A consumable set usable in a plasma arc cutting torch for generating and directing a plasma arc to cut a processing surface of a workpiece, the consumable set comprising: a nozzle (220, 300) including: 1) a nozzle body defining a longitudinal axis extending therethrough, and 2) a nozzle exit orifice, disposed in the nozzle body and having an exterior opening, for constricting the plasma arc, wherein the nozzle exit orifice defines an exit orifice axis oriented at a non-zero angle relative to the longitudinal axis; wherein the nozzle (220, 300) comprises an alignment surface (254, 302) parallel to the exit orifice axis, the alignment surface (254, 302) being dimensioned for laying substantially" flush against a guiding surface angled relative to the processing surface of the workpiece; and wherein the nozzle (220, 300) further comprises a second alignment surface (256, 304) angled perpendicularly to the alignment surface (254, 302) and being dimensioned for laying substantially flush against the processing surface of the workpiece, wherein the alignment surface (254, 302) and the second alignment surface (256, 304) are arranged so as to cooperate with each other to align the exit orifice such that, in operation the plasma arc impinges orthogonally on the processing surface of the workpiece, wherein a distance between the alignment surface (254, 302) and a center of the exterior opening of the nozzle exit orifice is less than or equal to about 12.7 mm (0.5 inches). a nozzle (220, 300) including: 1) a nozzle body defining a longitudinal axis extending therethrough, and 2) a nozzle exit orifice, disposed in the nozzle body and having an exterior opening, for constricting the plasma arc, wherein the nozzle exit orifice defines an exit orifice axis oriented at a non-zero angle relative to the longitudinal axis; wherein the nozzle (220, 300) comprises an alignment surface (254, 302) parallel to the exit orifice axis, the alignment surface (254, 302) being dimensioned for laying substantially" flush against a guiding surface angled relative to the processing surface of the workpiece; and wherein the nozzle (220, 300) further comprises a second alignment surface (256, 304) angled perpendicularly to the alignment surface (254, 302) and being dimensioned for laying substantially flush against the processing surface of the workpiece, wherein the alignment surface (254, 302) and the second alignment surface (256, 304) are arranged so as to cooperate with each other to align the exit orifice such that, in operation the plasma arc impinges orthogonally on the processing surface of the workpiece, wherein a distance between the alignment surface (254, 302) and a center of the exterior opening of the nozzle exit orifice is less than or equal to about 12.7 mm (0.5 inches).
A drilling system comprising an assembly of at least two tubular drill string components for drilling a hole with movement of a drilling fluid, comprising: • a first tubular component comprising a first end having a first threading; • a second tubular component comprising a second end having a second threading intended to cooperate with the first threading in a coupled state; and an electromagnetic coupler, such that the electromagnetic coupler comprises a first coupling element for mounting on a first support element disposed at the first end, and a second coupling element for mounting on a second support element disposed at the second end, characterized in that the first coupling element comprising a first annular body formed at least in part from a high magnetic permeability material which houses a first conductive winding and which has an open transverse section; the second coupling element comprising a second annular body formed at least in part from a high magnetic permeability material which houses a second conductive winding and which has an open transverse section; the first body and the second body having complementary shapes such that when two support elements (2, 4) respectively receiving the first coupling element and the second coupling element are coupled, the first body and the second body form a structure enclosing the first conductive winding and the second conductive winding; wherein the first conductive winding and the second conductive winding are respectively positioned in the first body and in the second body such that the respective surfaces of the first conductive winding and the second conductive winding are substantially parallel when the two support elements (2, 4) respectively receiving the first coupling element and the second coupling element are coupled, wherein both first and second conductive windings (20, 30) comprise a conductor selected from a group comprising a printed circuit and a printed circuit coated with an insulating coating. • a first tubular component comprising a first end having a first threading; • a second tubular component comprising a second end having a second threading intended to cooperate with the first threading in a coupled state; and
Supporting device for a sliding door mechanism, comprising a running profile for the herein rollable suspension of a trolley of the sliding door mechanism, wherein the running profile is provided for installation in a ceiling and comprises at least one running surface, for the hereon rollable fitting of the said trolley, wherein the running profile, over a certain length, is free of the said running surface, so that the running profile comprises over this length a removal opening, through which the said trolley can be brought in and out of the running profile, and wherein the supporting device comprises at least one insert, wherein this insert is releasably fastenable in the running profile, in the removal opening, and comprises a running surface, for the hereon rollable fitting of the said trolley, wherein this running surface of the insert, following fastening of the insert in the running profile, connects to the running surface of the running profile, characterized in that the running profile is provided on its bottom side with the said removal opening, so that the insert is fastenable in this running profile only via the bottom side of the running profile.
A weighing module for a nest in a poultry management system comprising a floor for receiving poultry and/or a nesting pad and a mounting device with which the weighing module can be attached to an animal holding installation, namely to a nest installation, wherein the floor is supported by a weighing element, wherein the weighing element is arranged between the mounting device and the floor, characterized in that the mounting device comprises two or more mounting elements, wherein one mounting element, respectively, is arranged on two opposite sides of the floor.
Pharmaceutical composition for prolonged release of trimetazidine, wherein: - an inner phase comprises a neutral core coated with trimetazidine; - an outer layer comprises a retardant and an anti-agglomerant, characterised in that the percentage of retardant is between 5.5 and 8 % inclusive of the total weight of the inner phase. - an inner phase comprises a neutral core coated with trimetazidine; - an outer layer comprises a retardant and an anti-agglomerant,