mhurhangee/patent-ind-claim-en huggingface dataset:
A door for an aircraft , comprising: a door body having an exterior side and an interior side opposite the exterior side ; an exterior handle movably connected to the door body , the exterior handle rotatable between a stowed position, in which the exterior handle is recessed within an opening of the door body , and an unstowed position, the exterior handle being accessible from the exterior side of the door body to open the door; characterised in that the door further comprises a hook connected to the door body and selectively moveable between a retained position and an unretained position, the retained position to secure the exterior handle in the stowed position; and a visual indicator mechanically coupled to the hook , wherein the visual indicator is visible from the interior side of the door body only when the hook is in the retained position. a door body having an exterior side and an interior side opposite the exterior side ; an exterior handle movably connected to the door body , the exterior handle rotatable between a stowed position, in which the exterior handle is recessed within an opening of the door body , and an unstowed position, the exterior handle being accessible from the exterior side of the door body to open the door; characterised in that the door further comprises a hook connected to the door body and selectively moveable between a retained position and an unretained position, the retained position to secure the exterior handle in the stowed position; and a visual indicator mechanically coupled to the hook , wherein the visual indicator is visible from the interior side of the door body only when the hook is in the retained position.
A woven fancase comprising: a preform base comprised of a contour woven fabric wrapped around a centerline , the preform base having a circumferential base surface about the centerline and a first flange on a first edge of the base surface and a second flange on a second edge of the base surface; an intermediate stiffener wrap comprised of a wrap of contour woven fabric about the centerline that forms an intermediate stiffener wrap around the circumferential base surface , the intermediate stiffener wrap having an intermediate stiffener base in contact with said circumferential base surface and is a single fabric that provides the last wrap of the complete preform, wherein said intermediate stiffener wrap has a first intermediate stiffener flange disposed on a first edge of said intermediate stiffener base abutting said first flange and second intermediate stiffener flange disposed on a second edge of said intermediate stiffener base abutting said second flange , wherein said intermediate stiffener wrap incorporates one or more intermediate additional stiffeners disposed between said first intermediate stiffener flange and said second intermediate stiffener flange. a preform base comprised of a contour woven fabric wrapped around a centerline , the preform base having a circumferential base surface about the centerline and a first flange on a first edge of the base surface and a second flange on a second edge of the base surface; an intermediate stiffener wrap comprised of a wrap of contour woven fabric about the centerline that forms an intermediate stiffener wrap around the circumferential base surface , the intermediate stiffener wrap having an intermediate stiffener base in contact with said circumferential base surface and is a single fabric that provides the last wrap of the complete preform, wherein said intermediate stiffener wrap has a first intermediate stiffener flange disposed on a first edge of said intermediate stiffener base abutting said first flange and second intermediate stiffener flange disposed on a second edge of said intermediate stiffener base abutting said second flange , wherein said intermediate stiffener wrap incorporates one or more intermediate additional stiffeners disposed between said first intermediate stiffener flange and said second intermediate stiffener flange.
A computer-implemented method of operating a batch inspection system through a software implementing reusable data objects representing different workpieces and elements comprising a batch inspection system, the batch inspection system comprising a coordinate measuring machine having a measuring space , a workpiece container, a robot disposed to deliver each of plurality of workpieces to the measuring space from the workpiece container , and a control computer having a display device and operably coupled to the coordinate measuring machine and the robot , the method comprising: displaying, on the display device , a graphical user interface configured to allow an operator to control execution of a batch inspection job by the batch inspection system , the graphical user interface comprising: a graphical container graphically representing a corresponding physical container, the physical container having a plurality of workpieces, each workpiece in the plurality of workpieces having a corresponding unique position in the container, and a plurality of graphical icons , each graphical icon of the plurality of graphical icons corresponding to a unique workpiece from among a plurality of workpieces in a batch job, and displayed in the graphical container in a graphical position corresponding to the position on the physical container of the workpiece, each such graphical icon having indicia conveying a status of inspection of the corresponding workpiece . a graphical container graphically representing a corresponding physical container, the physical container having a plurality of workpieces, each workpiece in the plurality of workpieces having a corresponding unique position in the container, and a plurality of graphical icons , each graphical icon of the plurality of graphical icons corresponding to a unique workpiece from among a plurality of workpieces in a batch job, and displayed in the graphical container in a graphical position corresponding to the position on the physical container of the workpiece, each such graphical icon having indicia conveying a status of inspection of the corresponding workpiece .
A method for the immobilization of a compound of interest on the surface of a substrate according to a given pattern, characterized in that it comprises successive steps of: - on a printing pad made from polymer material comprising a face, called printing face , having a profile of recesses that is geometrically complementary to said pattern, deposition of said compound of interest on the surface of walls of at least one recess , - and confinement , between said substrate and said printing face of the pad , inside said recess , of a solution of a compound, called linker compound, capable of simultaneously forming a bond with said substrate and a bond with said compound of interest, in a solvent capable of penetrating into said polymer material, said confinement being carried out at a temperature and for a period of time that are sufficient to allow the penetration of the solvent comprised inside said recess into said polymer material. - on a printing pad made from polymer material comprising a face, called printing face , having a profile of recesses that is geometrically complementary to said pattern, deposition of said compound of interest on the surface of walls of at least one recess , - and confinement , between said substrate and said printing face of the pad , inside said recess , of a solution of a compound, called linker compound, capable of simultaneously forming a bond with said substrate and a bond with said compound of interest, in a solvent capable of penetrating into said polymer material,
A multiphase pump for conveying a multiphase process fluid, comprising a pump housing , a rotor arranged in the pump housing and configured for rotating about an axial direction (A), wherein the rotor comprises a pump shaft and at least one impeller fixedly mounted on the pump shaft , wherein a stationary diffuser is arranged adjacent to and downstream of the impeller , wherein the impeller comprises at least one blade with each blade having a radially outer tip , and wherein the impeller comprises a ring surrounding the impeller and arranged at the radially outer tip of the blade , wherein a passage is provided between the ring and a stationary part configured to be stationary with respect to the pump housing , said passage extending in the axial direction (A) from an entrance to a discharge , characterized in that at least one swirl brake (6; 61, 62) is provided at the passage , wherein the swirl brake (6; 61, 62) is configured and arranged to brake a swirl of the process fluid passing through the passage .
A device for packaging and dispensing a cosmetic composition comprising: - a housing receiving a cosmetic composition having a hardness (d) greater than or equal to 20g, - at least one metal mesh arranged for the passage of the cosmetic composition through the mesh and having through orifices, the device being configured such that the cosmetic composition undergoes a reduction in its hardness (Δd) greater than 50%, preferably greater than 70%, during the passage of the cosmetic composition through said at least one mesh, the through orifices having a larger dimension comprised between 50 and 475 μm, and wherein the mesh or at least one of the meshes is woven. - a housing receiving a cosmetic composition having a hardness (d) greater than or equal to 20g, - at least one metal mesh arranged for the passage of the cosmetic composition through the mesh and having through orifices, the device being configured such that the cosmetic composition undergoes a reduction in its hardness (Δd) greater than 50%, preferably greater than 70%, during the passage of the cosmetic composition through said at least one mesh, the through orifices having a larger dimension comprised between 50 and 475 μm, and wherein the mesh or at least one of the meshes is woven. the device being configured such that the cosmetic composition undergoes a reduction in its hardness (Δd) greater than 50%, preferably greater than 70%, during the passage of the cosmetic composition through said at least one mesh, the through orifices having a larger dimension comprised between 50 and 475 μm, and wherein the mesh or at least one of the meshes is woven.
An inspection system effective to collect images of a part under inspection, the inspection system comprising: a) a three axis linear motion stage ; b) a rotary fourth axis stage configured to hold and rotate an object to be inspected, said rotary fourth axis stage mounted on said three axis linear stage ; c) a camera and optical system mounted to the three axis linear motion stage , said camera having an optical axis; d) a 45 degree mirror configured to bend said optical axis of the camera by 90° to point towards said object , wherein the 45 degree mirror is a partially reflecting mirror and a first light source is placed on one side of the partially reflecting mirror substantially perpendicular to the optical axis bent by the 45 degree mirror so that the light from the first light source is directed as bright field illumination at the object to be inspected; e) a motor configured to rotate the mirror over a range of angles around the optical axis of the camera; and f) a second light source capable of illuminating said object is placed in front of said 45 degree mirror and is configured to act as a dark field source of illumination. a) a three axis linear motion stage ; b) a rotary fourth axis stage configured to hold and rotate an object to be inspected, said rotary fourth axis stage mounted on said three axis linear stage ; c) a camera and optical system mounted to the three axis linear motion stage , said camera having an optical axis; d) a 45 degree mirror configured to bend said optical axis of the camera by 90° to point towards said object , wherein the 45 degree mirror is a partially reflecting mirror and a first light source is placed on one side of the partially reflecting mirror substantially perpendicular to the optical axis bent by the 45 degree mirror so that the light from the first light source is directed as bright field illumination at the object to be inspected; e) a motor configured to rotate the mirror over a range of angles around the optical axis of the camera; and f) a second light source capable of illuminating said object is placed in front of said 45 degree mirror and is configured to act as a dark field source of illumination.
An implantation device comprising a delivery device for delivering a valve prosthesis, and a valve prosthesis, the delivery device comprising: a first sheath configured to encase at least a portion of an expandable support frame of the valve prosthesis; and a second sheath configured to encase at least a portion of a valve clasper of the valve prosthesis; wherein the valve clasper is coupled to the expandable support frame; and characterized by : a control unit operably coupled to the first and second sheaths, wherein along a longitudinal axis, the first sheath is distal to the second sheath and the second sheath is distal to the control unit ; and wherein the second sheath (i) comprises a bent configuration in which the second sheath is bent at an angle of between 5 degrees to 60 degrees and (ii) the second sheath maintains the bent configuration at the same angle ±5 degrees in the absence of a further bending force applied thereto, during delivery of the valve prosthesis and removal of the delivery device. a first sheath configured to encase at least a portion of an expandable support frame of the valve prosthesis; and a second sheath configured to encase at least a portion of a valve clasper of the valve prosthesis; wherein the valve clasper is coupled to the expandable support frame; and characterized by : a control unit operably coupled to the first and second sheaths, wherein along a longitudinal axis, the first sheath is distal to the second sheath and the second sheath is distal to the control unit ; and wherein the second sheath (i) comprises a bent configuration in which the second sheath is bent at an angle of between 5 degrees to 60 degrees and (ii) the second sheath maintains the bent configuration at the same angle ±5 degrees in the absence of a further bending force applied thereto, during delivery of the valve prosthesis and removal of the delivery device. a control unit operably coupled to the first and second sheaths, wherein along a longitudinal axis, the first sheath is distal to the second sheath and the second sheath is distal to the control unit ; and wherein the second sheath (i) comprises a bent configuration in which the second sheath is bent at an angle of between 5 degrees to 60 degrees and (ii) the second sheath maintains the bent configuration at the same angle ±5 degrees in the absence of a further bending force applied thereto, during delivery of the valve prosthesis and removal of the delivery device.
An MRI scanning assembly comprising: a first MRI scanning device configured to operate at a relatively low first magnetic field intensity and generate a first plurality of MRI images of a target ; a second MRI scanning device configured to operate at a relatively high second magnetic field intensity and generate a second plurality of MRI images of said target ; and a processing unit configured to fuse said first plurality of MRI images and said second plurality of MRI images to generate a clear image representation of at least a portion of said target , wherein the magnetic field intensities are selected such that the second plurality of MRI images have a higher signal to noise ratio but lower contrast for tissues of interest compared to the first plurality of MRI images. a first MRI scanning device configured to operate at a relatively low first magnetic field intensity and generate a first plurality of MRI images of a target ; a second MRI scanning device configured to operate at a relatively high second magnetic field intensity and generate a second plurality of MRI images of said target ; and a processing unit configured to fuse said first plurality of MRI images and said second plurality of MRI images to generate a clear image representation of at least a portion of said target , wherein the magnetic field intensities are selected such that the second plurality of MRI images have a higher signal to noise ratio but lower contrast for tissues of interest compared to the first plurality of MRI images.
A fabric comprising a polymeric coating including by weight 1 to 10 percent para-aramid particles, the particles having an average particle size of 20 to 500 microns, wherein the fabric is a knit.
The production method of bioplastics and/or plastic admixture materials, characterized in that it includes the process steps of; ∘ cutting bread waste by slicing and allowing to dry, ∘ bringing the bread wastes into powder form by grinding process after the drying process, ∘ obtaining waste bread powder:water mixture by adding water to bread waste in powder form and dissolving, ∘ adding HCl with a concentration of at least 30% to the waste bread powder:water mixture, ∘ by adding HCl, releasing the starches in the powdered bread waste, and then by adding glycerin, achieving the polymerization, and obtaining the mixture containing bio-raw material, ∘ adding NaOH neutralizing the mixing medium, ∘ adding sodium metabisulphite-water solution to the mixture and then allowing the mixture to dry, ∘ reducing the dimension of the dried bio-raw material by grinding, ∘ mixing the resulting bio-raw materials by subjecting to the twin screw extruder process and adding maleic anhydride and an antioxidant as an additional component and obtaining bioplastic as a result of the processes. ∘ cutting bread waste by slicing and allowing to dry, ∘ bringing the bread wastes into powder form by grinding process after the drying process, ∘ obtaining waste bread powder:water mixture by adding water to bread waste in powder form and dissolving, ∘ adding HCl with a concentration of at least 30% to the waste bread powder:water mixture, ∘ by adding HCl, releasing the starches in the powdered bread waste, and then by adding glycerin, achieving the polymerization, and obtaining the mixture containing bio-raw material, ∘ adding NaOH neutralizing the mixing medium, ∘ adding sodium metabisulphite-water solution to the mixture and then allowing the mixture to dry, ∘ reducing the dimension of the dried bio-raw material by grinding, ∘ mixing the resulting bio-raw materials by subjecting to the twin screw extruder process and adding maleic anhydride and an antioxidant as an additional component and obtaining bioplastic as a result of the processes.
A print head assembly comprising: - at least one droplet forming unit comprising a nozzle plate provided with a plurality of nozzles ; - a ceramic support body having a thermal expansion coefficient from which support body the at least one droplet forming unit formed of silicon at least partially protrudes in a first direction (D), and - a cover member surrounding the at least one droplet forming unit , wherein the cover member comprises: - a plastic circumferential wall mounted on the support body , extending in the first direction (D), and surrounding the at least one droplet forming unit , and having a thermal expansion coefficient resembling that of the support body ; and - a metal sheet attached to the circumferential wall and comprising an opening through which the at least one droplet forming unit is accessible in the first direction (D). - at least one droplet forming unit comprising a nozzle plate provided with a plurality of nozzles ; - a ceramic support body having a thermal expansion coefficient from which support body the at least one droplet forming unit formed of silicon at least partially protrudes in a first direction (D), and - a cover member surrounding the at least one droplet forming unit , wherein the cover member comprises: - a plastic circumferential wall mounted on the support body , extending in the first direction (D), and surrounding the at least one droplet forming unit , and having a thermal expansion coefficient resembling that of the support body ; and - a metal sheet attached to the circumferential wall and comprising an opening through which the at least one droplet forming unit is accessible in the first direction (D). - a plastic circumferential wall mounted on the support body , extending in the first direction (D), and surrounding the at least one droplet forming unit , and having a thermal expansion coefficient resembling that of the support body ; and - a metal sheet attached to the circumferential wall and comprising an opening through which the at least one droplet forming unit is accessible in the first direction (D).
An electromagnetic actuator of a diesel fuel injector , the actuator comprising: - a fixed electric coil provided with an axial blind hole , - an elastic device compressed between a pin and a control rod moving towards the coil when the latter is electrically powered, the elastic device permanently pushing a valve assembly comprising the control rod fastened to a magnetic armature towards a position remote from the coil , the valve assembly comprising the elastic device arranged in a blind hole , characterized in that the elastic device comprises an elastic member and a heat shrinkable element encapsulating the elastic member . - a fixed electric coil provided with an axial blind hole , - an elastic device compressed between a pin and a control rod moving towards the coil when the latter is electrically powered, the elastic device permanently pushing a valve assembly comprising the control rod fastened to a magnetic armature towards a position remote from the coil , the valve assembly comprising the elastic device arranged in a blind hole ,
A fastening member such as a bolt, a nut or a washer employed for fastening a body being fastened by a screw tightening action, the fastening member having a tapered-ring-body-shaped part , which is formed into a ring body shape with a gradually increasing diameter toward a seating surface formed into a circular-planar-band-ring-shape concentric with an axis so as to press against the body being fastened, wherein the taper angle of the tapered-ring-body-shaped part is an acute angle, and an upright surface is formed in an outer circumferential surface of the tapered-ring-body-shaped part and vertically erected from the body being fastened, so that an outer diameter of the circular-planar-band-ring-shaped seating surface has a size in a range for creating a surface pressure from the seating surface so as to effectively press against the body being fastened, characterized in that an inner circumferential surface of the tapered-ring-body-shaped part includes a concave-curved surface . wherein the taper angle of the tapered-ring-body-shaped part is an acute angle, and an upright surface is formed in an outer circumferential surface of the tapered-ring-body-shaped part and vertically erected from the body being fastened, so that an outer diameter of the circular-planar-band-ring-shaped seating surface has a size in a range for creating a surface pressure from the seating surface so as to effectively press against the body being fastened, characterized in that an inner circumferential surface of the tapered-ring-body-shaped part includes a concave-curved surface .
Chain link for an anti-skid or tyre protection device comprising a chain link body and at least one traction element which is welded onto the chain link body and protrudes from the chain link body , characterised in that the traction element is friction-welded.