mhurhangee/patent-ind-claim-en huggingface dataset:
A wind generator consisting of a vertical axis shaft incorporating gliding-varying blade comprising of a) a vertical shaft securely fastened with a turbine hub attached with four gliding - varying blades , adapted to glide along a semicircular glide ring with a tilting lever b) Where the position of the blade shaft is fixed, while the attached blades alone revolve around it changing its orientation from the knife mode to blade mode and vice versa. c) Where the blade is securely fastened to the blade shaft by its reduced handle cum neck and sealed with a cup and locked with provision of a hole in the middle for facilitating easy rotation of the blade alone. d) Where the blade's varying orientation is achieved by the tilting lever mounted on the base plate , which starts rising from its initial point, till it reaches the blade shaft level gradually and then ends abruptly after covering halfway mark of its circular orbit with a steep fall. e) Where the blade guided by the semicircular glide rings tilting lever enables the tilting of the blade's orientation from blade to knife. f) Where the blade aided by the semicircular glide ring's steep and sudden fall changes its orientation from knife to blade. g) Where the blade direction stabilizer ensures the smooth rotation of the turbine without being disturbed by the changing wind, course and direction preventing the resultant wobbling. h) Where the semicircular glide ring likewise prevents the wobbling of the blade while it is in its knife mode of orbit. a) a vertical shaft securely fastened with a turbine hub attached with four gliding - varying blades , adapted to glide along a semicircular glide ring with a tilting lever b) Where the position of the blade shaft is fixed, while the attached blades alone revolve around it changing its orientation from the knife mode to blade mode and vice versa. c) Where the blade is securely fastened to the blade shaft by its reduced handle cum neck and sealed with a cup and locked with provision of a hole in the middle for facilitating easy rotation of the blade alone. d) Where the blade's varying orientation is achieved by the tilting lever mounted on the base plate , which starts rising from its initial point, till it reaches the blade shaft level gradually and then ends abruptly after covering halfway mark of its circular orbit with a steep fall. e) Where the blade guided by the semicircular glide rings tilting lever enables the tilting of the blade's orientation from blade to knife. f) Where the blade aided by the semicircular glide ring's steep and sudden fall changes its orientation from knife to blade. g) Where the blade direction stabilizer ensures the smooth rotation of the turbine without being disturbed by the changing wind, course and direction preventing the resultant wobbling. h) Where the semicircular glide ring likewise prevents the wobbling of the blade while it is in its knife mode of orbit.
A propellant-free sterile pharmaceutical formulation for the prevention and/or treatment of a respiratory disease selected from asthma and chronic obstructive pulmonary disease by nebulisation to the lungs, said formulation comprising micronized particles of beclometasone dipropionate suspended in an aqueous solution at a concentration of 0.04% w/v, wherein i) no more than 10% of said suspended particles have a volume diameter [d(v,0.1)] lower than 0.7 micron, ii) no more than 50% of said particles have a volume diameter [d(v,0.5)] comprised between 1.6 micron and 1.8 micron; and iii) at least 90% of said particles [d(v,0.9)] have a volume diameter equal to or lower than 4.0 micron, and wherein said particles have a particle size span, defined as [d(v,0.9) - d(v,0.1)]/d(v,0.5), comprised between 1.8 and 2.1; wherein said volume diameters are measured by laser diffraction.
Amethod of manufacturing decorative workpieces comprising the following steps: a1) adding a bleed area to a decorative pattern; and b1) filling the bleed area with image content of the decorative pattern; and c) arranging the decorative pattern on a decoration layer by inkjet printing the decorative pattern; wherein the decorative pattern is a region-of-interestfrom a decorative image, which represents wood or stone. a1) adding a bleed area to a decorative pattern; and b1) filling the bleed area with image content of the decorative pattern; and c) arranging the decorative pattern on a decoration layer by inkjet printing the decorative pattern;
A liquid delivery element comprising: a first end and a second end; a deformable outer container having at least one flexible wall ; and a frangible tubular element mounted within the deformable outer container and defining a longitudinal channel extending through the deformable outer container between the first end and the second end of the liquid delivery element, wherein a cavity is defined between the at least one flexible wall of the deformable outer container and the frangible tubular element , the cavity containing a liquid which surrounds the frangible tubular element , wherein the liquid delivery element is configured to release the liquid from the cavity when at least one wall of the frangible tubular element is broken, and wherein the frangible tubular element is breakable upon application of a force to the liquid delivery element to deform the deformable outer container . a first end and a second end; a deformable outer container having at least one flexible wall ; and a frangible tubular element mounted within the deformable outer container and defining a longitudinal channel extending through the deformable outer container between the first end and the second end of the liquid delivery element, wherein a cavity is defined between the at least one flexible wall of the deformable outer container and the frangible tubular element , the cavity containing a liquid which surrounds the frangible tubular element , wherein the liquid delivery element is configured to release the liquid from the cavity when at least one wall of the frangible tubular element is broken, and wherein the frangible tubular element is breakable upon application of a force to the liquid delivery element to deform the deformable outer container .
An analyzer, comprising: a sample stream forming section for forming a sample stream including particles; a light source ; an optical fiber bundle formed by a plurality of optical fibers , into which light from the light source enters, and which emits light onto the sample stream; and an imaging device for imaging a particle in the irradiated sample stream, characterised in that the optical fiber bundle is an SI type multi mode optical fiber bundle, wherein an incidence plane of the optical fiber bundle into which the light from the light source enters is formed with a shape corresponding to a shape of the light emitted from the light source, and wherein the shape of the light emitted from the light source is elongated and the plurality of optical fibers configuring the optical fiber bundle are arranged lengthwise to match the elongated light emitted from the light source. a sample stream forming section for forming a sample stream including particles; a light source ; an optical fiber bundle formed by a plurality of optical fibers , into which light from the light source enters, and which emits light onto the sample stream; and an imaging device for imaging a particle in the irradiated sample stream, characterised in that the optical fiber bundle is an SI type multi mode optical fiber bundle, wherein an incidence plane of the optical fiber bundle into which the light from the light source enters is formed with a shape corresponding to a shape of the light emitted from the light source, and wherein the shape of the light emitted from the light source is elongated and the plurality of optical fibers configuring the optical fiber bundle are arranged lengthwise to match the elongated light emitted from the light source.
A dough processing assembly comprising a fixed frame , an entry area and an exit area for the dough subjected to said processes, wherein the assembly further comprises - at said entry area , a station for loading predefined quantities of dough in a receptacle , - at least one first conveyor belt , arranged downstream of said receptacle and adapted to receive and translate said dough, - at least one second conveyor belt , which is perpendicular and arranged below said first belt , for receiving said dough from said first belt , - a station for dispensing said dough, at said exit area , provided with means for folding said dough onto itself, for the juxtaposition of contiguous surfaces thereof, wherein said at least one first conveyor belt is movable, with respect to said fixed frame , by means of respective first actuators along at least one first direction which is parallel to a direction along which the dough advances on said first belt , said at least one first conveyor belt being movable, with respect to said fixed frame , by means of respective second actuators for varying its own height, with consequent variation of its distance from said second conveyor belt , the combination of the motion imposed by the first and second actuators allowing a delivery of said dough onto the surface of said second conveyor belt in a layered configuration, with corresponding external surfaces which are folded, fitted together and juxtaposed. - at said entry area , a station for loading predefined quantities of dough in a receptacle , - at least one first conveyor belt , arranged downstream of said receptacle and adapted to receive and translate said dough, - at least one second conveyor belt , which is perpendicular and arranged below said first belt , for receiving said dough from said first belt , - a station for dispensing said dough, at said exit area , provided with means for folding said dough onto itself, for the juxtaposition of contiguous surfaces thereof, wherein said at least one first conveyor belt is movable, with respect to said fixed frame , by means of respective first actuators along at least one first direction which is parallel to a direction along which the dough advances on said first belt , said at least one first conveyor belt being movable, with respect to said fixed frame , by means of respective second actuators for varying its own height, with consequent variation of its distance from said second conveyor belt , the combination of the motion imposed by the first and second actuators allowing a delivery of said dough onto the surface of said second conveyor belt in a layered configuration, with corresponding external surfaces which are folded, fitted together and juxtaposed.
An image synthesizer for a driver assisting system, the driver assisting system including a first camera configured to capture a first image from a first scene and a second camera configured to capture a second image from a second scene, wherein the first scene and the second scene partly overlap in an overlapping region, the image synthesizer comprising: a receiving module configured to receive the first image from the first camera and the second image from the second camera ; and a combining module configured to combine the first image and the second image in the overlapping region using a mask , characterized in that the mask comprises a pattern with a first plurality of first portions , a second plurality of second portions and a third plurality of mixed portions , wherein the combining module is configured to depict in the first portions respective portions of the first image , in the second portions respective portions of the second image , and to blend respective portions of the first image with respective portions of the second image and to depict resulting blended portions at respective mixed portions . a receiving module configured to receive the first image from the first camera and the second image from the second camera ; and a combining module configured to combine the first image and the second image in the overlapping region using a mask , characterized in that the mask comprises a pattern with a first plurality of first portions , a second plurality of second portions and a third plurality of mixed portions , wherein the combining module is configured to depict in the first portions respective portions of the first image , in the second portions respective portions of the second image , and to blend respective portions of the first image with respective portions of the second image and to depict resulting blended portions at respective mixed portions .
An apparatus for providing electrical communication through a housing that is metallic and hermetically sealed, the apparatus comprising: a one-piece ferrule that is biocompatible, the ferrule configured to be located at least partially within a passage into an implantable medical device housing , the ferrule including: an exterior flange configured to abut an exterior surface of the metallic housing , the exterior flange defining an exit opening ; a tunnel extending from the exterior flange , the tunnel defining a tunnel interior extending away from the exit opening and terminating at inlet opening of the ferrule ; at least one interior tab extending away from an interior of the tunnel, the at least one interior tab configured to exert a bias against the metallic housing while the exterior flange abuts the metallic housing , wherein the at least one interior tab is a flex tab extending laterally outward from the tunnel and toward and against a portion of an interior wall of the housing adjacent the passage ; an electrically insulative insert disposed at least partially inside the tunnel ; and a hermetic seal disposed between the electrically insulative insert and the tunnel . an exterior flange configured to abut an exterior surface of the metallic housing , the exterior flange defining an exit opening ; a tunnel extending from the exterior flange , the tunnel defining a tunnel interior extending away from the exit opening and terminating at inlet opening of the ferrule ; at least one interior tab extending away from an interior of the tunnel, the at least one interior tab configured to exert a bias against the metallic housing while the exterior flange abuts the metallic housing , wherein the at least one interior tab is a flex tab extending laterally outward from the tunnel and toward and against a portion of an interior wall of the housing adjacent the passage ; an electrically insulative insert disposed at least partially inside the tunnel ; and a hermetic seal disposed between the electrically insulative insert and the tunnel .
Adhesive label (4, 4', 4" , 4''') for attaching a security cable (3, 3', 3") of an electronic security device to an object which is to be secured against theft and/or manipulation, having a flexible carrier layer which forms an adhesive side at which the adhesive label (4, 4', 4" , 4′′′) is to be adhesively attached to the object, and having at least one electrical conductor track which is electrically conductively connected to at least one contact surface , situated in the adhesive side , for electrically contacting the security cable , and wherein the adhesive label (4, 4', 4", 4′′′) comprises at least one further contact surface which is connected to the at least one conductor track , and in that the at least one contact surface and the at least one further contact surface comprise different contours for coding.
Semiconductor component , comprising - a substrate , - a multiplicity of field plate trench FETs arranged within the substrate , - at least one trench FET comprising a substrate and also at least one gate buried partly within the substrate , wherein the gate is arranged within a trench and enclosed by an insulator , wherein the field plate trench FETs comprise: - a gate buried at least partly within the substrate , - a field plate arranged below the gate , wherein both the gate and the field plate are arranged within a trench in the substrate and are enclosed by an insulator , wherein a p-doped region is arranged within the substrate below the trench , wherein the p-doped region is electrically conductively connected to the field plate , wherein the p-doped region is electrically conductively connected to the field plate via an electrically conductive path through the insulator situated within the trench , characterized in that rows consist of trench FETs arranged vertically and parallel to one another, wherein within the rows there are provided a plurality of rows of field plate trench FETs at the same level in each case, wherein the rows are arranged horizontally next to one another throughout, wherein at least some of the p-doped regions of said field plate trench FETs are in each case connected to one another and thereby form horizontally extending strips orthogonal to the rows . - a substrate , - a multiplicity of field plate trench FETs arranged within the substrate , - at least one trench FET comprising a substrate and also at least one gate buried partly within the substrate , wherein the gate is arranged within a trench and enclosed by an insulator , wherein the field plate trench FETs comprise: - a gate buried at least partly within the substrate , - a field plate arranged below the gate , wherein both the gate and the field plate are arranged within a trench in the substrate and are enclosed by an insulator , - a gate buried at least partly within the substrate , - a field plate arranged below the gate , wherein both the gate and the field plate are arranged within a trench in the substrate and are enclosed by an insulator , wherein a p-doped region is arranged within the substrate below the trench , wherein the p-doped region is electrically conductively connected to the field plate , wherein the p-doped region is electrically conductively connected to the field plate via an electrically conductive path through the insulator situated within the trench , characterized in that rows consist of trench FETs arranged vertically and parallel to one another, wherein within the rows there are provided a plurality of rows of field plate trench FETs at the same level in each case, wherein the rows are arranged horizontally next to one another throughout, wherein at least some of the p-doped regions of said field plate trench FETs are in each case connected to one another and thereby form horizontally extending strips orthogonal to the rows .
Anchor dowel which is intended to be cast into a castable, hardening mass, in particular concrete , having a mounting fixture for a connecting element to be held by means of the anchor dowel , wherein the anchor dowel has a surface facing away from a direction of tensile force (Z) and a surface facing towards the direction of tensile force (Z), wherein the surface facing towards the direction of tensile force (Z) is substantially curved in a concave manner such that an introduced tensile force is distributed extensively over the castable, hardening mass surrounding the anchor dowel, and the mounting fixture has an inner thread for screwing together with the connecting element , characterised in that the anchor dowel substantially consists of plastic, and the inner thread is part of a metal nut arranged on the surface facing away from a direction of tensile force (Z).
A composition comprising i) an alkali metal salt of an aldonic acid, which is sodium gluconate; ii) 0.1 to 5 wt %, citric acid by weight of the total composition; and iii) a surfactant, selected from an anionic surfactant and a cationic surfactant; wherein the composition has a pH of from 3 to 5. i) an alkali metal salt of an aldonic acid, which is sodium gluconate; ii) 0.1 to 5 wt %, citric acid by weight of the total composition; and iii) a surfactant, selected from an anionic surfactant and a cationic surfactant;
A connection apparatus for establishing a fluidic connection between a storage container and another fluidic device, the connection apparatus comprising: an extracting probe for extracting liquid from said storage container ; a connection piece for connecting the other fluidic device; and a support for mounting the connection apparatus on a container outlet of the storage container such that the extracting probe extends into the container outlet , wherein the support has a spatial coding structure for forming a joint of interlocking parts together with a spatially compatible counter-coding structure of a ring element embracing the container outlet , wherein only spatially compatible coding structures of connection apparatus and ring element permit the connection apparatus to be mounted on the storage container ; wherein the spatial coding structure is a crown-like protrusion-recess structure for forming a joint of interlocking parts together with a protrusion-recess structure of the spatially suitable counter-coding structure of the ring element ; and wherein the crown-like protrusion-recess structure includes two protrusions that are axially extending and two recesses . an extracting probe for extracting liquid from said storage container ; a connection piece for connecting the other fluidic device; and a support for mounting the connection apparatus on a container outlet of the storage container such that the extracting probe extends into the container outlet , wherein the support has a spatial coding structure for forming a joint of interlocking parts together with a spatially compatible counter-coding structure of a ring element embracing the container outlet , wherein only spatially compatible coding structures of connection apparatus and ring element permit the connection apparatus to be mounted on the storage container ; wherein the spatial coding structure is a crown-like protrusion-recess structure for forming a joint of interlocking parts together with a protrusion-recess structure of the spatially suitable counter-coding structure of the ring element ; and wherein the crown-like protrusion-recess structure includes two protrusions that are axially extending and two recesses .
A method for inducing differentiation of monocytes contained in an extracorporeal quantity of a mammalian subject's blood sample into immuno-suppressive dendritic cells, said method comprising at least the steps of: a) subjecting said extracorporeal quantity of said mammalian subject's blood sample to a physical force such that said monocytes are activated and induced to differentiate into immuno-suppressive dendritic cells, which are identified by at least one molecular marker, wherein said at least one molecular marker is indicative of immuno-suppressive dendritic cells; b) determining expression of GILZ to identify said immuno-suppressive dendritic cells; ; and wherein said monocytes are exposed to UV light in the presence of a DNA-cross linking agent, preferably 8-MOP, to effect increased expression of GILZ, wherein said extracorporeal quantity of said mammalian subject's blood sample is subjected to a physical force by passing said extracorporeal quantity of said mammalian subject's blood sample through a flow chamber of a device, which allows for fixed or tunable adjustment of the flow rate of said extracorporeal quantity of said mammalian subject's blood sample through said flow chamber of said device such that a shear force is applied to said monocytes contained within said mammalian subject's blood sample and wherein said immuno-suppressive dendritic cells are resistant to full maturation by LPS stimulation. a) subjecting said extracorporeal quantity of said mammalian subject's blood sample to a physical force such that said monocytes are activated and induced to differentiate into immuno-suppressive dendritic cells, which are identified by at least one molecular marker, wherein said at least one molecular marker is indicative of immuno-suppressive dendritic cells; b) determining expression of GILZ to identify said immuno-suppressive dendritic cells;