mhurhangee/patent-ind-claim-en huggingface dataset:
A staple driver actuator (110; 210) for a surgical stapler , the staple driver actuator (110; 210) comprising: (a) a base (112; 212) having a bottom surface (116; 216), wherein the bottom surface (116; 216) defines a plane, wherein the bottom surface (116; 216) is configured to slide longitudinally relative to a jaw of the surgical stapler ; (b) a plurality of rails (130, 132; 230, 232) extending upwardly from the base (112; 212), wherein each of the plurality of rails (130, 132; 230, 232) includes at least one cam surface (140, 142, 144, 146; 240, 242, 244, 246), wherein each of the cam surfaces (140, 142, 144, 146; 240, 242, 244, 246) is inclined relative to the plane, wherein the plurality of rails (130, 132; 230, 232) includes: (i) a laterally-opposed pair of outer rails (130; 230) , and (ii) a laterally-opposed pair of inner rails (132; 232); and (c) a distal nose (150; 250) extending distally from at least a portion of the base (112; 212), characterized by the distal nose (150; 250) including an upper portion (156; 256) and a lower portion (154; 254) extending laterally outwardly relative to the upper portion (156; 256) to define at least one ledge surface (162; 262), wherein the at least one ledge surface (162; 262) faces upwardly, is parallel to the plane, and is at least partially positioned distally relative to each of the outer and inner rails (130; 132; 230; 232) such as to be able to vertically support inner walls of a cartridge body. (a) a base (112; 212) having a bottom surface (116; 216), wherein the bottom surface (116; 216) defines a plane, wherein the bottom surface (116; 216) is configured to slide longitudinally relative to a jaw of the surgical stapler ; (b) a plurality of rails (130, 132; 230, 232) extending upwardly from the base (112; 212), wherein each of the plurality of rails (130, 132; 230, 232) includes at least one cam surface (140, 142, 144, 146; 240, 242, 244, 246), wherein each of the cam surfaces (140, 142, 144, 146; 240, 242, 244, 246) is inclined relative to the plane, wherein the plurality of rails (130, 132; 230, 232) includes: (i) a laterally-opposed pair of outer rails (130; 230) , and (ii) a laterally-opposed pair of inner rails (132; 232); and (i) a laterally-opposed pair of outer rails (130; 230) , and (ii) a laterally-opposed pair of inner rails (132; 232); and (c) a distal nose (150; 250) extending distally from at least a portion of the base (112; 212), characterized by the distal nose (150; 250) including an upper portion (156; 256) and a lower portion (154; 254) extending laterally outwardly relative to the upper portion (156; 256) to define at least one ledge surface (162; 262), wherein the at least one ledge surface (162; 262) faces upwardly, is parallel to the plane, and is at least partially positioned distally relative to each of the outer and inner rails (130; 132; 230; 232) such as to be able to vertically support inner walls of a cartridge body.
Flexible gripping device for a part stacking system, comprising a plurality of supporting arms and a plurality of gripping elements attached to said supporting arms , at least some of said gripping elements being movable with respect to the respective supporting arm , each supporting arm comprising at least one guiderail and each movable gripping element comprises a carriage movable in the corresponding guiderail , wherein the static friction force between each carriage and the respective guiderail is such that the movable gripping elements are kept immobile with respect to the supporting arms by means of said static friction force during the part stacking process, and characterised in that said movable gripping elements are positioned with respect to the respective supporting arm without modifying said static friction force between each carriage and the corresponding guiderail , just overcoming said static friction force.
A protective case for an electronic device comprising: - a lid ; - a main housing including a case member , the case member including slots and ports formed therein allowing interaction with a device positioned within the case member ; - a separate mechanically attached bumper , the bumper including attachment features that mechanically interlock with corresponding attachment features formed on the case member to secure the bumper to the case member ; - the main housing and the lid removably joined to define an air and water tight volume receiving the device ; wherein - air trapped within the protective case transfers acoustic energy to at least one membrane (1 3) - the membrane vibrates in response to an air pressure differential transmitting sound to an exterior or interior of the case . - a lid ; - a main housing including a case member , the case member including slots and ports formed therein allowing interaction with a device positioned within the case member ; - a separate mechanically attached bumper , the bumper including attachment features that mechanically interlock with corresponding attachment features formed on the case member to secure the bumper to the case member ; - the main housing and the lid removably joined to define an air and water tight volume receiving the device ; - air trapped within the protective case transfers acoustic energy to at least one membrane (1 3) - the membrane vibrates in response to an air pressure differential transmitting sound to an exterior or interior of the case .
3-methylmethcathinone (3-MMC) for use in treating a subject undergoing a psychotherapeutic intervention, wherein said subject is diagnosed with a stress-sensitive disorder selected from the group consisting of Post-traumatic stress disorder (PTSD), Bipolar Disorder, Acute Stress Disorder, anxiety disorders such as Generalized Anxiety Disorder, Obsessive-Compulsive Disorder, social anxiety disorders, Panic Disorders, phobias and Trichotillomania.
A method of blink detection in a laser eye surgical system, comprising: providing a topography measurement structure having at least one geometric marker; placing the topography measurement structure into a position proximal to an eye of a patient such that light traveling from the at least one geometric marker is capable of reflecting off a refractive structure of the eye of the patient ; detecting the light reflected from the eye of the patient for a predetermined time period while the topography measurement structure is at the proximal position ; converting the light reflected from the surface of the eye in the predetermined time period into image data ; and analyzing the image data to determine whether light corresponding to the geometric marker is detected in the reflected light , wherein if the geometric marker is determined not to be present, the patient is identified as having blinked during the predetermined time ; characterised in that the step of analyzing the image data comprises performing at least one of a Hough transform of the image data, fitting the image data and measuring a goodness of fit, and image correlation with geometric marker template. providing a topography measurement structure having at least one geometric marker; placing the topography measurement structure into a position proximal to an eye of a patient such that light traveling from the at least one geometric marker is capable of reflecting off a refractive structure of the eye of the patient ; detecting the light reflected from the eye of the patient for a predetermined time period while the topography measurement structure is at the proximal position ; converting the light reflected from the surface of the eye in the predetermined time period into image data ; and analyzing the image data to determine whether light corresponding to the geometric marker is detected in the reflected light , wherein if the geometric marker is determined not to be present, the patient is identified as having blinked during the predetermined time ; characterised in that the step of analyzing the image data comprises performing at least one of a Hough transform of the image data, fitting the image data and measuring a goodness of fit, and image correlation with geometric marker template.
A device for removing lens material in a medical procedure from an eye, the device having a housing sized to be held in a hand of a user, the device comprising: a shaft (51; 602) having a lumen (6; 604) extending through the shaft to a distal opening ; a suction source (14; 114; 314; 414; 514) positioned within the housing, the suction source in fluid communication with the distal opening, wherein the suction source comprises a sealed container of vacuum configured to be released and supplied to the distal opening to provide aspiration; a flow control valve within the housing : adapted to select a rate or pressure of the aspiration from the suction source; a suction path (4; 104; 304; 404; 504) extending from the suction source to the distal opening of the shaft and including the lumen; and an actuator (20; 320; 533) operatively coupled to the suction source, the actuator configured to regulate aspiration; wherein, when the device is in use, lens material is suctioned by the suction source into the distal opening and through the lumen along the suction path upon actuation of the flow control valve. a shaft (51; 602) having a lumen (6; 604) extending through the shaft to a distal opening ; a suction source (14; 114; 314; 414; 514) positioned within the housing, the suction source in fluid communication with the distal opening, wherein the suction source comprises a sealed container of vacuum configured to be released and supplied to the distal opening to provide aspiration; a flow control valve within the housing : adapted to select a rate or pressure of the aspiration from the suction source; a suction path (4; 104; 304; 404; 504) extending from the suction source to the distal opening of the shaft and including the lumen; and an actuator (20; 320; 533) operatively coupled to the suction source, the actuator configured to regulate aspiration; wherein, when the device is in use, lens material is suctioned by the suction source into the distal opening and through the lumen along the suction path upon actuation of the flow control valve.
A system for scrambling a point cloud, PC, the system comprising: a secret key; and a value calculator configured to scramble each point of the PC in polar coordinates by translating each point along a radial axis of the polar coordinates by a value that is deterministically random, wherein each point of the PC includes an index, wherein the value is generated using the index and the secret key. a secret key; and a value calculator configured to scramble each point of the PC in polar coordinates by translating each point along a radial axis of the polar coordinates by a value that is deterministically random, wherein each point of the PC includes an index, wherein the value is generated using the index and the secret key.
Method for producing a nuclear component by the direct liquid injection metal organic chemical vapour deposition (DLI-MOCVD) method, the nuclear component being chosen from among a nuclear fuel cladding, a spacer grid, a guide tube, a plate fuel or an absorber rod, comprising: - i) a supporting base containing a substrate based on a metal chosen from among zirconium, titanium, vanadium, molybdenum or the base alloys thereof , the substrate being optionally clad with an interlayer positioned between the substrate and at least one protective layer ; - ii) said at least one protective layer cladding said supporting base and composed of a protective material comprising chromium chosen from among a chromium alloy, a chromium alloy carbide, a chromium nitride, a chromium carbonitride, a mixed chromium-silicon carbide, a mixed chromium-silicon nitride, a mixed chromium-silicon carbonitride, or mixtures thereof; the method comprising the following successive steps: a) vaporising a stock solution containing a hydrocarbon solvent devoid of oxygen atoms, a bis(arene) type precursor comprising chromium; and containing where appropriate an additional precursor, a carbon incorporation inhibitor or mixture thereof; the precursors having a decomposition temperature between 300°C and 600°C; b) in a chemical vapour deposition reactor wherein said supporting base to be clad is located and of which the atmosphere is at a deposition temperature between 300°C and 600°C and under a deposition pressure between 13 Pa and 7000 Pa; introducing the stock solution vaporised in step a), which induces the deposition of said at least one protective layer on said supporting base. - i) a supporting base containing a substrate based on a metal chosen from among zirconium, titanium, vanadium, molybdenum or the base alloys thereof , the substrate being optionally clad with an interlayer positioned between the substrate and at least one protective layer ; - ii) said at least one protective layer cladding said supporting base and composed of a protective material comprising chromium chosen from among a chromium alloy, a chromium alloy carbide, a chromium nitride, a chromium carbonitride, a mixed chromium-silicon carbide, a mixed chromium-silicon nitride, a mixed chromium-silicon carbonitride, or mixtures thereof; a) vaporising a stock solution containing a hydrocarbon solvent devoid of oxygen atoms, a bis(arene) type precursor comprising chromium; and containing where appropriate an additional precursor, a carbon incorporation inhibitor or mixture thereof; the precursors having a decomposition temperature between 300°C and 600°C; b) in a chemical vapour deposition reactor wherein said supporting base to be clad is located and of which the atmosphere is at a deposition temperature between 300°C and 600°C and under a deposition pressure between 13 Pa and 7000 Pa; introducing the stock solution vaporised in step a), which induces the deposition of said at least one protective layer on said supporting base.
A wireless charging apparatus, comprising: a plurality of transmission coils , of them having a sector shape, wherein the transmission coils are disposed adjacent to each other such that an area covered by the transmission coils forms a circle; and a repeater coil placed on the plurality of transmission coils to be overlapped with each of the plurality of transmission coils , wherein an area encircled by an inner edge of the repeater coil overlaps an area encircled by an inner edge of each of the plurality of transmission coils , and wherein a coupling coefficient between each of the plurality of transmission coils and the repeater coil is higher than a coupling coefficient between the plurality of transmission coils . a plurality of transmission coils , of them having a sector shape, wherein the transmission coils are disposed adjacent to each other such that an area covered by the transmission coils forms a circle; and a repeater coil placed on the plurality of transmission coils to be overlapped with each of the plurality of transmission coils , wherein an area encircled by an inner edge of the repeater coil overlaps an area encircled by an inner edge of each of the plurality of transmission coils , and wherein a coupling coefficient between each of the plurality of transmission coils and the repeater coil is higher than a coupling coefficient between the plurality of transmission coils .
A system for operating a gate arm of a railroad crossing gate , the system comprising: a lever ; a spring attached to an extendable gate arm (20 ); a cable mechanism including a cable , the lever movably coupled to the cable and the spring coupled to the cable ; and a crossing mechanism , the lever coupled to the crossing mechanism and the cable coupled to the crossing mechanism , wherein the cable mechanism is configured to extend and retract the extendable gate arm (20 ) and the lever is configured to enable the spring to pull the extendable arm (20 ) out from a retracted position. a lever ; a spring attached to an extendable gate arm (20 ); a cable mechanism including a cable , the lever movably coupled to the cable and the spring coupled to the cable ; and a crossing mechanism , the lever coupled to the crossing mechanism and the cable coupled to the crossing mechanism , wherein the cable mechanism is configured to extend and retract the extendable gate arm (20 ) and the lever is configured to enable the spring to pull the extendable arm (20 ) out from a retracted position.
A production method for a rubber composition for tires, the method comprising: a base kneading step of kneading a rubber component containing a styrene butadiene rubber having a styrene content of not less than 30% by mass and a weight average molecular weight of not less than 600 thousand, silica, a silane coupling agent, and a basic substance; and a finish kneading step of feeding a vulcanizing material to a kneaded product obtained in the base kneading step, and kneading the resultant mixture. a base kneading step of kneading a rubber component containing a styrene butadiene rubber having a styrene content of not less than 30% by mass and a weight average molecular weight of not less than 600 thousand, silica, a silane coupling agent, and a basic substance; and a finish kneading step of feeding a vulcanizing material to a kneaded product obtained in the base kneading step, and kneading the resultant mixture.
A surface cleaner comprising: a body having a lower portion and an upper portion opposite the lower portion , the upper portion including a handle ; a base pivotably coupled to the lower portion of the body and configured to move across a cleaning surface; a nozzle positioned on the base adjacent the cleaning surface; a canister assembly removably coupled to the body , the canister assembly includes a housing , a supply tank and a recovery tank ; a hose having a first end coupled to the canister assembly and fluidly connected to the recovery tank and a second end coupled to the base and fluidly connected to the nozzle ; and a suction source in fluid communication with the recovery tank , the suction source operable to draw fluid and debris through the hose into the recovery tank ; wherein the surface cleaner is operable in an upright cleaning mode when the canister assembly is coupled to the body and the surface cleaner is operable in an auxiliary cleaning mode when the canister assembly is uncoupled from the body ; and wherein in the upright cleaning mode and in the auxiliary cleaning mode the nozzle is movable over the cleaning surface by a user grasping the handle such that in operation debris and fluid are drawn through the nozzle , through the hose and into the recovery tank . a body having a lower portion and an upper portion opposite the lower portion , the upper portion including a handle ; a base pivotably coupled to the lower portion of the body and configured to move across a cleaning surface; a nozzle positioned on the base adjacent the cleaning surface; a canister assembly removably coupled to the body , the canister assembly includes a housing , a supply tank and a recovery tank ; a hose having a first end coupled to the canister assembly and fluidly connected to the recovery tank and a second end coupled to the base and fluidly connected to the nozzle ; and a suction source in fluid communication with the recovery tank , the suction source operable to draw fluid and debris through the hose into the recovery tank ; wherein the surface cleaner is operable in an upright cleaning mode when the canister assembly is coupled to the body and the surface cleaner is operable in an auxiliary cleaning mode when the canister assembly is uncoupled from the body ; and wherein in the upright cleaning mode and in the auxiliary cleaning mode the nozzle is movable over the cleaning surface by a user grasping the handle such that in operation debris and fluid are drawn through the nozzle , through the hose and into the recovery tank .
An apparatus for fabricating a plurality of lighting devices , comprising: a film supplying roll configured to supply a film to form the plurality of lighting devices with aging pads thereon; a film collecting roll configured to collect the film ; a deposition unit configured to deposit a deposition material on the film being transferred between the film supplying roll and the film collecting roll ; and an aging unit disposed at a rear end area of the deposition unit and configured to consecutively age the lighting devices on the film being transferred after depositing the deposition material on the film by the deposition unit , wherein the aging unit comprises: an aging roller configured to contact the aging pads of the lighting devices ; and a supporting roller configured to contact the aging roller , wherein the film is disposed between the aging roller and the supporting roller , and the aging roller is configured to keep in contact with the aging pads by rotating the aging roller and the supporting roller , thereby applying an aging voltage to the lighting devices , while the film is transferred. a film supplying roll configured to supply a film to form the plurality of lighting devices with aging pads thereon; a film collecting roll configured to collect the film ; a deposition unit configured to deposit a deposition material on the film being transferred between the film supplying roll and the film collecting roll ; and an aging unit disposed at a rear end area of the deposition unit and configured to consecutively age the lighting devices on the film being transferred after depositing the deposition material on the film by the deposition unit , wherein the aging unit comprises: an aging roller configured to contact the aging pads of the lighting devices ; and a supporting roller configured to contact the aging roller , wherein the film is disposed between the aging roller and the supporting roller , and the aging roller is configured to keep in contact with the aging pads by rotating the aging roller and the supporting roller , thereby applying an aging voltage to the lighting devices , while the film is transferred. an aging roller configured to contact the aging pads of the lighting devices ; and a supporting roller configured to contact the aging roller , wherein the film is disposed between the aging roller and the supporting roller , and the aging roller is configured to keep in contact with the aging pads by rotating the aging roller and the supporting roller , thereby applying an aging voltage to the lighting devices , while the film is transferred.
A noise reduction method for a seat of an airplane , comprising: detecting noise emitted from a plurality of noise sources (NS1a, NS1b, NS1c) during flying of the airplane with a plurality of noise detecting units , the noise sources having different noise levels; generating a control sound signal to reduce the detected noise; and outputting, with a control sound output unit , a control sound based on the generated control sound signal, characterized in that the plurality of the noise detecting units is arranged around said seat, and amongst the plurality of noise detecting units, noise detecting units are arranged in higher density for said seat near a noise source being highest in noise level in a direction of noise coming. detecting noise emitted from a plurality of noise sources (NS1a, NS1b, NS1c) during flying of the airplane with a plurality of noise detecting units , the noise sources having different noise levels; generating a control sound signal to reduce the detected noise; and outputting, with a control sound output unit , a control sound based on the generated control sound signal, characterized in that the plurality of the noise detecting units is arranged around said seat, and amongst the plurality of noise detecting units, noise detecting units are arranged in higher density for said seat near a noise source being highest in noise level in a direction of noise coming.