mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: at least two multi-layer insulation, MLI, blankets , each MLI blanket having at least one bonding point , wherein a bonding point of a first MLI blanket of the at least two MLI blankets is electrically connected to a bonding point of a second MLI blanket of the at least two MLI blankets , the second MLI blanket further has a grounding point configured to be grounded, characterized in that each of the first MLI blanket and the second MLI blanket comprises at least two bonding points , each of the at least two bonding points of the first MLI blanket is electrically connected to a bonding point of the second MLI blanket and in that each of the at least two bonding points of the second MLI blanket is electrically connected to a bonding point of the first MLI blanket . at least two multi-layer insulation, MLI, blankets , each MLI blanket having at least one bonding point , wherein a bonding point of a first MLI blanket of the at least two MLI blankets is electrically connected to a bonding point of a second MLI blanket of the at least two MLI blankets , the second MLI blanket further has a grounding point configured to be grounded, characterized in that each of the first MLI blanket and the second MLI blanket comprises at least two bonding points , each of the at least two bonding points of the first MLI blanket is electrically connected to a bonding point of the second MLI blanket and in that each of the at least two bonding points of the second MLI blanket is electrically connected to a bonding point of the first MLI blanket .
A seal system , comprising: a seal cavity defined, at least partially, by a first axial surface , a radial surface , and a second axial surface , wherein the second axial surface is recessed with respect to the first axial surface, and wherein the radial surface extends axially from the first axial surface to the second axial surface ; and a brush seal disposed in the seal cavity, the brush seal comprising: a first bristle pack , the first bristle pack including a first group of bristles and a second group of bristles located radially outwards of the first group of bristles, wherein the radial surface is radially inwards of the second group of bristles , and a backing plate coupled to the first bristle pack, wherein the backing plate is radially inward of the first group of bristles; characterised in that the first group of bristles is radially inward of the first axial surface and the radial surface; in that the backing plate is radially inward of the first axial surface and the radial surface; and in that the second group of bristles contacts the first axial surface . a seal cavity defined, at least partially, by a first axial surface , a radial surface , and a second axial surface , wherein the second axial surface is recessed with respect to the first axial surface, and wherein the radial surface extends axially from the first axial surface to the second axial surface ; and a brush seal disposed in the seal cavity, the brush seal comprising: a first bristle pack , the first bristle pack including a first group of bristles and a second group of bristles located radially outwards of the first group of bristles, wherein the radial surface is radially inwards of the second group of bristles , and a backing plate coupled to the first bristle pack, wherein the backing plate is radially inward of the first group of bristles; a first bristle pack , the first bristle pack including a first group of bristles and a second group of bristles located radially outwards of the first group of bristles, wherein the radial surface is radially inwards of the second group of bristles , and a backing plate coupled to the first bristle pack, wherein the backing plate is radially inward of the first group of bristles; characterised in that the first group of bristles is radially inward of the first axial surface and the radial surface; in that the backing plate is radially inward of the first axial surface and the radial surface; and in that the second group of bristles contacts the first axial surface .
A polymeric film , useable in an absorptive laminate , comprising: a proximal surface; a distal surface; one or more land portions that are substantially coplanar in a base plane; a plurality of distended portions separated from one another by the one or more land portions, the distended portions bowing distally outward from the base plane; and a plurality of annular micro-protrusions extending distally outward from the distal surface, each protrusion having an apex, wherein a portion of the annular micro-protrusions extends from each of the one or more land portions of the polymeric film and from each of the distended portions of the polymeric film, wherein each of the plurality of annular micro-protrusions extending from the distended portions of the polymeric film has an opening at its apex to allow fluid communication therethrough, wherein the annular micro-protrusions extending from the distended portions of the polymeric film provide a protrusion loft in a range of 88.9 microns to 457.2 microns, which corresponds to 0.0035 in. to 0.0180 in., and wherein each of the distended portions of the polymeric film has a height dimension measured distally from the base plane that is in a range of 1.5 to 5.0 times the protrusion loft. a proximal surface; a distal surface; one or more land portions that are substantially coplanar in a base plane; a plurality of distended portions separated from one another by the one or more land portions, the distended portions bowing distally outward from the base plane; and a plurality of annular micro-protrusions extending distally outward from the distal surface, each protrusion having an apex, wherein a portion of the annular micro-protrusions extends from each of the one or more land portions of the polymeric film and from each of the distended portions of the polymeric film, wherein each of the plurality of annular micro-protrusions extending from the distended portions of the polymeric film has an opening at its apex to allow fluid communication therethrough, wherein the annular micro-protrusions extending from the distended portions of the polymeric film provide a protrusion loft in a range of 88.9 microns to 457.2 microns, which corresponds to 0.0035 in. to 0.0180 in., and wherein each of the distended portions of the polymeric film has a height dimension measured distally from the base plane that is in a range of 1.5 to 5.0 times the protrusion loft.
An apparatus for use during a medical procedure, comprising: a processor which is configured to: determine, from tracking of a catheter within a heart of a patient, locations of a plurality of points on a three-dimensional heart chamber, determine, based on the output of at least one sensor located at a distal end of the catheter, a characteristic of the 3D heart chamber at the locations, generate, from the plurality of points, a 3D mesh of line segments and junctions having a connectivity, generate a 3D map from the 3D mesh, the 3D map illustrating the characteristic of the 3D heart chamber, wherein the 3D mesh includes an opening bounded by a perimeter , the opening in the 3D mesh corresponding to an opening in the 3D heart chamber, map each point on the perimeter of the opening in the 3D mesh to a corresponding point on the boundary of a closed two-dimensional figure having an interior , the closed 2D boundary being larger than the opening in the 3D mesh; project the plurality of points illustrating the characteristic onto the interior of the 2D figure so as to generate a 2D map of the characteristic of the 3D heart chamber, wherein projecting the plurality of points comprises projecting the 3D mesh to a 2D mesh while maintaining the connectivity of the 3D mesh in the 2D mesh, and generating the 2D map from the 2D mesh; and incorporate an indication of respective tissue thicknesses of elements of the heart chamber into the 2D map; and a screen , upon which the processor is configured to display the 2D map and the indication of respective tissue thicknesses. determine, from tracking of a catheter within a heart of a patient, locations of a plurality of points on a three-dimensional heart chamber, determine, based on the output of at least one sensor located at a distal end of the catheter, a characteristic of the 3D heart chamber at the locations, generate, from the plurality of points, a 3D mesh of line segments and junctions having a connectivity, generate a 3D map from the 3D mesh, the 3D map illustrating the characteristic of the 3D heart chamber, wherein the 3D mesh includes an opening bounded by a perimeter , the opening in the 3D mesh corresponding to an opening in the 3D heart chamber, map each point on the perimeter of the opening in the 3D mesh to a corresponding point on the boundary of a closed two-dimensional figure having an interior , the closed 2D boundary being larger than the opening in the 3D mesh; project the plurality of points illustrating the characteristic onto the interior of the 2D figure so as to generate a 2D map of the characteristic of the 3D heart chamber, wherein projecting the plurality of points comprises projecting the 3D mesh to a 2D mesh while maintaining the connectivity of the 3D mesh in the 2D mesh, and generating the 2D map from the 2D mesh; and incorporate an indication of respective tissue thicknesses of elements of the heart chamber into the 2D map; and a screen , upon which the processor is configured to display the 2D map and the indication of respective tissue thicknesses.
An apparatus comprising: a first layer of a semiconducting material ; a first electrode for the first layer; a second layer of a two dimensional material , wherein the second layer of the two dimensional material consists of substantially a single layer of two dimensional material; a second electrode for the second layer; wherein the first and second layers are configured to form an electrical junction , wherein the electrical junction is configured to enable, in use, a flow of current between the first and second electrodes through the first and second layers, and wherein the electrical junction has a potential energy barrier; a third layer of a material configured to generate, in use, one or more excitons upon absorption of incident electromagnetic radiation wherein, in use, said one or more excitons generated in the third layer creates a photo induced field which acts to alter a Fermi Level of the second layer that changes the potential energy barrier of the electrical junction thereby affecting the flow of current through the electrical junction between the first and second electrodes. a first layer of a semiconducting material ; a first electrode for the first layer; a second layer of a two dimensional material , wherein the second layer of the two dimensional material consists of substantially a single layer of two dimensional material; a second electrode for the second layer; wherein the first and second layers are configured to form an electrical junction , wherein the electrical junction is configured to enable, in use, a flow of current between the first and second electrodes through the first and second layers, and wherein the electrical junction has a potential energy barrier; a third layer of a material configured to generate, in use, one or more excitons upon absorption of incident electromagnetic radiation wherein, in use, said one or more excitons generated in the third layer creates a photo induced field which acts to alter a Fermi Level of the second layer that changes the potential energy barrier of the electrical junction thereby affecting the flow of current through the electrical junction between the first and second electrodes.
Connecting device for connecting a first drawer wall to a second drawer wall adjacent to the first drawer wall , wherein, in the connected state, the drawer walls form part of a drawer and are oriented at an angle to one another in space, in particular a drawer-wall-connecting device, wherein the connecting device is designed for securing a wall-attachment component , which forms a component of the drawer that is separate from the drawer walls , wherein the connecting device comprises a bearing portion and an adjustment part , which is accommodated on the bearing portion and has an abutment side on the adjustment part , and also comprises an actuating member , and wherein, for an adjustment movement of the adjustment part relative to the bearing portion , a guide contour is formed on the bearing portion and a mating contour , coordinated with the guide contour , is formed on the adjustment part such that an adjustment movement, which can be predetermined by the actuating member , of the adjustment part on the bearing portion causes the adjustment part to move in an adjustment direction, whereby it is possible to alter a distance of the abutment side relative to the bearing portion , characterized in that the adjustment part can be adjusted relative to the bearing portion so that, in the connected state of the drawer walls , it is possible to alter a distance of the abutment side of the adjustment part in relation to an end side of the wall-attachment component , this end side being directed towards the adjustment part , wherein it is possible here to alter a distance of the abutment side of the adjustment part in relation to a position which can be assumed by the end side of the wall-attachment component .
A method of manufacturing a golf ball, the golf ball comprising a core and at least one cover layer surrounding the core, the method comprising: a) depositing a layer of silver having an average thickness which is ≥ 0.05 μm and ≤ 0.5 μm at a deposition surface of the golf ball to provide a reflective silver layer; and b) covering the reflective silver layer with a translucent, protective layer; - wherein the silver layer overlays at least 80% of the surface area of the deposition surface; - wherein prior to depositing the silver layer, the deposition surface is activated and/or sensitized; and - wherein depositing the layer of silver comprises depositing the layer of silver at the deposition surface from an aqueous silvering solution by combining a silvering solution comprising silver ions in solution and a reducing solution which, when combined with the silvering solution, provokes precipitation of the silver ions. a) depositing a layer of silver having an average thickness which is ≥ 0.05 μm and ≤ 0.5 μm at a deposition surface of the golf ball to provide a reflective silver layer; and b) covering the reflective silver layer with a translucent, protective layer; - wherein the silver layer overlays at least 80% of the surface area of the deposition surface; - wherein prior to depositing the silver layer, the deposition surface is activated and/or sensitized; and - wherein depositing the layer of silver comprises depositing the layer of silver at the deposition surface from an aqueous silvering solution by combining a silvering solution comprising silver ions in solution and a reducing solution which, when combined with the silvering solution, provokes precipitation of the silver ions. - wherein the silver layer overlays at least 80% of the surface area of the deposition surface; - wherein prior to depositing the silver layer, the deposition surface is activated and/or sensitized; and - wherein depositing the layer of silver comprises depositing the layer of silver at the deposition surface from an aqueous silvering solution by combining a silvering solution comprising silver ions in solution and a reducing solution which, when combined with the silvering solution, provokes precipitation of the silver ions.
A non-transitory machine-readable medium comprising a plurality of machine-readable instructions which, when executed by one or more processors associated with a guidance display system, are adapted to cause the one or more processors to perform a method comprising: displaying , in a first mode of a graphical user interface, first image data from a perspective corresponding to a distal end of an elongate device, wherein the first image data includes a virtual roadmap ; transitioning from the first mode of the graphical user interface to a second mode of the graphical user interface wherein the transition is based on an occurrence of a triggering condition , the triggering condition including a change in presence of a medical instrument in the elongate device detected based on a change in shape of the elongate device, the change in shape being determined using a shape sensor disposed along a length of the elongate device; and displaying , in the second mode of the graphical user interface, second image data from a perspective corresponding to the distal end of the elongate device, wherein the second image data includes a target indicator corresponding to a target location and an alignment indicator corresponding to an expected location of a medical procedure at the target location. displaying , in a first mode of a graphical user interface, first image data from a perspective corresponding to a distal end of an elongate device, wherein the first image data includes a virtual roadmap ; transitioning from the first mode of the graphical user interface to a second mode of the graphical user interface wherein the transition is based on an occurrence of a triggering condition , the triggering condition including a change in presence of a medical instrument in the elongate device detected based on a change in shape of the elongate device, the change in shape being determined using a shape sensor disposed along a length of the elongate device; and displaying , in the second mode of the graphical user interface, second image data from a perspective corresponding to the distal end of the elongate device, wherein the second image data includes a target indicator corresponding to a target location and an alignment indicator corresponding to an expected location of a medical procedure at the target location.
Alistipes shahii for use in preventing and/or treating atherosclerosis disease, cardiovascular disease or obesity which are caused by lipid metabolism disorder.
A production process for a decorative sheet comprising a step in which a primer layer is formed on a releasing film having a smooth surface, a step in which a design layer is formed on the above primer layer , a step in which the primer layer and the design layer are transferred on a base material , a step in which the releasing film on the base material is peeled off, a step in which an ionizing radiation curable resin composition is laminated on the primer layer formed on the base material and a step in which the above ionizing radiation curable resin composition is cross-linked and cured to form a smooth surface protective layer , wherein it further comprises a roughening treatment step in which a ten point average roughness RzJIS on the face of the base material not in contact with the design layer and the primer layer of the decorative sheet and a thickness T of the base material are controlled to satisfy the following equation (I) and in which an arithmetic average roughness Ra on the face of the base material not in contact with the design layer and the primer layer and a thickness T of the base material are controlled to satisfy the following equation (II): T × 0.30 ≧ RzJIS T × 0.20 ≧ Ra ≧ T × 0.005
An electric cutting tool , comprising: a motor; a cutting member driven by the motor, the cutting member adapted for a repetitive movement during operation; a base plate comprising an opening through which the cutting member penetrates; an illuminating device ; and a controller for controlling the illuminating device ; the controller (40 being adapted for controlling the illuminating device according to a rate of a movement of the cutting member to generate an illumination varied in a particular frequency, the particular frequency making the cutting member representing a still visual effect when the cutting member is moving at said rate; characterized in that the illuminating device is located on the base plate . a motor; a cutting member driven by the motor, the cutting member adapted for a repetitive movement during operation; a base plate comprising an opening through which the cutting member penetrates; an illuminating device ; and a controller for controlling the illuminating device ; the controller (40 being adapted for controlling the illuminating device according to a rate of a movement of the cutting member to generate an illumination varied in a particular frequency, the particular frequency making the cutting member representing a still visual effect when the cutting member is moving at said rate; characterized in that the illuminating device is located on the base plate .
Vehicle brake , in particular a utility vehicle compressed-air disk brake, comprising a brake caliper , a pressure piece guide arranged in the brake caliper , and a pressure piece guided along a movement axis in the pressure piece guide , the pressure piece guide being designed as a recess , and the pressure piece having an outer contour corresponding to the recess, characterized in that the pressure piece guide and/or the outer contour of the pressure piece is divided on both sides of the pressure piece into a plurality of curved, mutually spaced partial surfaces . a brake caliper , a pressure piece guide arranged in the brake caliper , and a pressure piece guided along a movement axis in the pressure piece guide , the pressure piece guide being designed as a recess , and the pressure piece having an outer contour corresponding to the recess, characterized in that the pressure piece guide and/or the outer contour of the pressure piece is divided on both sides of the pressure piece into a plurality of curved, mutually spaced partial surfaces .
A method for cleaning a surface of skin of a patient which removes at least 95% of any PSA protein from the surface of the skin after the first and second wiping steps compared to an amount of PSA protein present on the surface of the skin before the first and second wiping steps, as determined by a tPSA assay, comprising: wiping the surface of the skin with a first wipe, wherein the first wipe comprises a solution comprising a surfactant, and wherein the surfactant is present in the solution in an amount of between 0.1 wt% and 15 wt% of the solution; wiping at least a portion of the surface of the skin with a second wipe, wherein the second wipe comprises an antiseptic solution, and wherein the first and second wipes are different, and wherein the step of wiping at least a portion of the surface of the skin with the second wipe occurs after less than or equal to 60 seconds of contacting the surface of the skin with the first wipe; forming a first blood droplet on the surface of the skin after the step of wiping at least a portion of the surface of the skin with the second wipe; wiping away the first droplet with the first wipe, the second wipe, or a third wipe; and forming a second blood droplet on the surface of the skin after the step of wiping away the first blood droplet. wiping the surface of the skin with a first wipe, wherein the first wipe comprises a solution comprising a surfactant, and wherein the surfactant is present in the solution in an amount of between 0.1 wt% and 15 wt% of the solution; wiping at least a portion of the surface of the skin with a second wipe, wherein the second wipe comprises an antiseptic solution, and wherein the first and second wipes are different, and wherein the step of wiping at least a portion of the surface of the skin with the second wipe occurs after less than or equal to 60 seconds of contacting the surface of the skin with the first wipe; forming a first blood droplet on the surface of the skin after the step of wiping at least a portion of the surface of the skin with the second wipe; wiping away the first droplet with the first wipe, the second wipe, or a third wipe; and forming a second blood droplet on the surface of the skin after the step of wiping away the first blood droplet.