mhurhangee/patent-ind-claim-en huggingface dataset:
A character figure , comprising: a body ; a hair holder mounted to the body and enclosing an interior volume therewith, wherein the hair holder at least in part defines a plurality of hair pass-through apertures including at least a first hair pass-through aperture and a second hair pass-through aperture ; and a clump of hair having a central region with a knot , wherein the knot is positioned in the interior volume , wherein the clump of hair further includes a first end portion (30e1) extending from the central region and a second end portion (30e2) extending from the central region , wherein the first end portion (30e1) passes through the first hair pass-through aperture to an exterior of the character figure , wherein the second end portion (30e2) passes through the second hair pass-through aperture to the exterior of the character figure , and wherein the knot is unable to pass-through any of the hair pass-through apertures that hair from the clump of hair passes through, characterised in that the character figure further comprises a post which extends from at least one of the body and the hair holder into the interior volume , wherein the clump of hair is tied to the post via the knot thereby preventing the clump of hair from being removed from the body when the hair holder is mounted to the body . a body ; a hair holder mounted to the body and enclosing an interior volume therewith, wherein the hair holder at least in part defines a plurality of hair pass-through apertures including at least a first hair pass-through aperture and a second hair pass-through aperture ; and a clump of hair having a central region with a knot , wherein the knot is positioned in the interior volume , wherein the clump of hair further includes a first end portion (30e1) extending from the central region and a second end portion (30e2) extending from the central region , wherein the first end portion (30e1) passes through the first hair pass-through aperture to an exterior of the character figure , wherein the second end portion (30e2) passes through the second hair pass-through aperture to the exterior of the character figure , and wherein the knot is unable to pass-through any of the hair pass-through apertures that hair from the clump of hair passes through, characterised in that the character figure further comprises a post which extends from at least one of the body and the hair holder into the interior volume , wherein the clump of hair is tied to the post via the knot thereby preventing the clump of hair from being removed from the body when the hair holder is mounted to the body .
A composition comprising proteins and enzymes for use in promoting good oral health by increasing the health related bacterial flora of the mouth of the genus Neisseria and Prevotella and of the species Neisseria flava, Neisseria (HOT499 | sp_str_SMC_A9199), Neisseria sp._Oral_Taxon 020 and Neisseria sp._str._SMC_A9199, Prevotella melaninogenica, in which the proteins comprise lactoferrin and colostrum and in which the enzymes comprise amylase, an oxidase with oxygen as acceptor, haloperoxidase and a glycoside hydrolase.
Shock-absorber bearing for a staff of a moving part of a timepiece, said bearing comprising a support provided with a housing which is intended to receive a pivot module designed to cooperate with said staff, said bearing comprising furthermore elastic means designed to exert at least one axial force on said pivot module in order to retain said module in its housing, wherein the elastic means comprise a annular spring made in single piece fixed to the superior face of the support permanently by a material linkage between the annular spring and the superior face of the support, said annular spring comprising two internal radial extensions and at least two external radial extensions extending towards the outside of said annular spring forming specific attachment zones on the superior face of the support to place the annular spring , the distance between the ends of the external radial extensions and the strip forming the ring is larger than the distance between the ends of the internal radial extensions and said strip forming the ring .
A method of protecting a carbon-containing composite material part against oxidation, the method comprising at least: - applying a first coating composition in the form of an aqueous suspension on an outside surface of the part, the first coating composition comprising: - a metallic phosphate; - a powder of an ingredient comprising titanium; and - a powder of B 4 C; - subjecting the applied first coating composition to heat treatment in order to obtain a first coating on the outside surface of the part; - applying a second coating composition on the first coating composition, the second coating composition comprising: - an aqueous suspension of colloidal silica; - a powder of borosilicate glass; and - a powder of TiB 2 ; and - subjecting the applied second coating composition to second heat treatment in order to obtain a second coating on the first coating. - applying a first coating composition in the form of an aqueous suspension on an outside surface of the part, the first coating composition comprising: - a metallic phosphate; - a powder of an ingredient comprising titanium; and - a powder of B 4 C; - a metallic phosphate; - a powder of an ingredient comprising titanium; and - a powder of B 4 C; - subjecting the applied first coating composition to heat treatment in order to obtain a first coating on the outside surface of the part; - applying a second coating composition on the first coating composition, the second coating composition comprising: - an aqueous suspension of colloidal silica; - a powder of borosilicate glass; and - a powder of TiB 2 ; and - an aqueous suspension of colloidal silica; - a powder of borosilicate glass; and - a powder of TiB 2 ; and - subjecting the applied second coating composition to second heat treatment in order to obtain a second coating on the first coating.
A high-strength multiphase steel tinned raw plate, having a chemical composition comprising, by mass percentage, C: 0.081-0.14%, Mn: 0.2-0.8%, Al: 0.01-0.09%, P: 0.01-0.03%, N: 0.002-0.015%, further comprising one or more of B: 0.001-0.005%, Cr: 0.005-0.05%, Ti: 0.001-0.1%, Nb: 0.001-0.2%, Cu: 0.005-0.03%, Mo: 0.001-0.008%, and a balance of Fe and unavoidable impurities, wherein the following relationship is met: 0.21%≤Mn+1.3Cr+3.2Mo+0.5Cu≤0.91%, the high-strength multiphase steel tinned raw plate has a structure consisting of ferrite grains, pearlite, martensite and cementite particles, the ferrite in the structure of the high-strength multiphase steel tinned raw plate has a grain size of ≤7 μm, the pearlite + martensite + cementite particles in the structure of the high-strength multiphase steel tinned raw plate have a volume fraction of 5-20 %, the martensite in the structure of the high-strength multiphase steel tinned raw plate has a volume fraction of 1-5 % and carbon solid solution content of ≥0 07/,. wherein, after baking, at 150° - 300°C for 15-60 min, the high-strength multiphase steel tinned raw plate has a yield strength Rp0.2≥(400+12×DCR)MPa, and an elongation A≥(25-1.2×DCR)%, wherein DCR represents a reduction rate of double cold reduction, wherein 5%≤DCR≤18%.
A method, comprising: molding electrically insulating material onto a laminar sculptured structure of electrically conductive material to produce a leadframe comprising a plurality of die pads configured to have semiconductor device components (C, R1, R2) mounted thereon, the leadframe having opposed first and second surfaces, characterized by providing in at least one pair of die pads in the plurality of die pads a first extension and a second extension at neighboring locations of the first surface of the leadframe , providing in the laminar sculptured structure of electrically conductive material, at the second surface of the leadframe, a bridge formation coupling said first extension and said second extension , wherein the first extension and the second extension plus the bridge formation therebetween provide a coupling formation of said pair of die pads in the plurality of die pads , and subsequent to molding the electrically insulating material onto the laminar sculptured structure of electrically conductive material, at least partly removing the bridge formation between the first extension and the second extension to decouple the die pads in said at least one pair of die pads. molding electrically insulating material onto a laminar sculptured structure of electrically conductive material to produce a leadframe comprising a plurality of die pads configured to have semiconductor device components (C, R1, R2) mounted thereon, the leadframe having opposed first and second surfaces, characterized by providing in at least one pair of die pads in the plurality of die pads a first extension and a second extension at neighboring locations of the first surface of the leadframe , providing in the laminar sculptured structure of electrically conductive material, at the second surface of the leadframe, a bridge formation coupling said first extension and said second extension , wherein the first extension and the second extension plus the bridge formation therebetween provide a coupling formation of said pair of die pads in the plurality of die pads , and subsequent to molding the electrically insulating material onto the laminar sculptured structure of electrically conductive material, at least partly removing the bridge formation between the first extension and the second extension to decouple the die pads in said at least one pair of die pads.
A sealing tape comprising: a flexible base film of greater length than width and impervious to moisture, the film having opposite broad faces including an upper face and a lower face ; a field of discrete touch fastener elements disposed on the upper face of the film, each touch fastener element shaped to releasably snag fibers, the field of discrete touch fasteners extending along a first edge width (W1) of the upper face, leaving a second, opposite edge width (W2) of the upper face void of touch fastener elements; a first layer of adhesive disposed on the second edge width of the upper surface of the film and spaced from the field of touch fastener elements, such that the upper face of the film has a longitudinal fold region spaced from its edges, between the field of fastener elements and the first layer of adhesive; and a second layer of adhesive disposed on the lower face of the film, directly under the field of touch fastener elements. a flexible base film of greater length than width and impervious to moisture, the film having opposite broad faces including an upper face and a lower face ; a field of discrete touch fastener elements disposed on the upper face of the film, each touch fastener element shaped to releasably snag fibers, the field of discrete touch fasteners extending along a first edge width (W1) of the upper face, leaving a second, opposite edge width (W2) of the upper face void of touch fastener elements; a first layer of adhesive disposed on the second edge width of the upper surface of the film and spaced from the field of touch fastener elements, such that the upper face of the film has a longitudinal fold region spaced from its edges, between the field of fastener elements and the first layer of adhesive; and a second layer of adhesive disposed on the lower face of the film, directly under the field of touch fastener elements.
A method for performing sample lift-out and protective cap placement within a charged particle microscopy system, the method comprising: preparing a nesting void in a support structure ; translating at least a portion of a sample into the nesting void; and milling material from a region of the support structure that defines the nesting void such that at least some of the material milled from the support structure redeposits to form an attachment bond between the sample and a remaining portion of the support structure . preparing a nesting void in a support structure ; translating at least a portion of a sample into the nesting void; and milling material from a region of the support structure that defines the nesting void such that at least some of the material milled from the support structure redeposits to form an attachment bond between the sample and a remaining portion of the support structure .
A portable device comprising means for: determining that variations in a plurality of measured characteristics of a reference signal transmitted from an access point to the portable device have been detected, wherein the variations in the plurality of measured characteristics of the reference signal are indicative of movement of the portable device, wherein the plurality of measured characteristics of the reference signal comprises both reference signal received power, RSRP, and reference signal received quality RSRQ, and wherein a measure of each of the variations is above a threshold; in response to determining that variations in the plurality of measured characteristics have been detected, participating by the portable device in vehicle-to-portable device communications, wherein participating in vehicle-to portable device communications comprises at least one of: transmitting data packets for receipt by one or more vehicular user equipments, V-UEs, in the vicinity of the portable device, and enabling receipt of data packets transmitted by the one or more V-UEs in the vicinity of the portable device. determining that variations in a plurality of measured characteristics of a reference signal transmitted from an access point to the portable device have been detected, wherein the variations in the plurality of measured characteristics of the reference signal are indicative of movement of the portable device, wherein the plurality of measured characteristics of the reference signal comprises both reference signal received power, RSRP, and reference signal received quality RSRQ, and wherein a measure of each of the variations is above a threshold; in response to determining that variations in the plurality of measured characteristics have been detected, participating by the portable device in vehicle-to-portable device communications, wherein participating in vehicle-to portable device communications comprises at least one of: transmitting data packets for receipt by one or more vehicular user equipments, V-UEs, in the vicinity of the portable device, and enabling receipt of data packets transmitted by the one or more V-UEs in the vicinity of the portable device.
A stabilizer assembly for an aircraft, the aircraft defining a longitudinal direction, a vertical direction, and a lateral direction, the aircraft comprising a fuselage extending between a forward end and an aft end along the longitudinal direction and a boundary layer ingestion fan mounted to the aft end of the fuselage , the stabilizer assembly comprising: a stabilizer extending between a root portion and a tip portion and extending between a leading edge and a trailing edge along the longitudinal direction, the stabilizer suitable for being mounted to the fuselage at the root portion ; and a root fillet extending between the stabilizer and the fuselage , when the stabilizer is mounted to the fuselage, the root fillet defining a flow directing surface configured for redirecting a flow of higher velocity boundary layer air upward along the vertical direction away from the boundary layer ingestion fan ; and characterised in that an airflow modifying element protrudes from a surface of the root fillet , the airflow modifying element configured for directing or reducing swirl in the flow of lower velocity boundary layer air ingested by the boundary layer ingestion fan . a stabilizer extending between a root portion and a tip portion and extending between a leading edge and a trailing edge along the longitudinal direction, the stabilizer suitable for being mounted to the fuselage at the root portion ; and a root fillet extending between the stabilizer and the fuselage , when the stabilizer is mounted to the fuselage, the root fillet defining a flow directing surface configured for redirecting a flow of higher velocity boundary layer air upward along the vertical direction away from the boundary layer ingestion fan ; and characterised in that an airflow modifying element protrudes from a surface of the root fillet , the airflow modifying element configured for directing or reducing swirl in the flow of lower velocity boundary layer air ingested by the boundary layer ingestion fan .
A nanostructured carbon matrix modified with a pyrrole benzoic acid derivative with exposed, unbound carboxyl groups capable of forming an amide bond, characterized in that the nanostructured carbon matrix is a graphene matrix and the pyrrole benzoic acid derivative is a 4-(pyrrol-1-yl)benzoic acid derivative that is covalently bound to nanostructured carbon matrix and together with the carbon atoms of the carbon nanostructured matrix forms the structure of the formula A or B, where: G 1 and G 2 are adjacent carbon atoms on the surface of the nanostructured carbon matrix, R 1 is a hydrogen atom, a C 1-6 alkyl group, a C 2-6 alkenyl group, a C 2-6 alkynyl group, a C 3-6 cycloalkyl group, an aryl group or a C 1-6 alkoxy group R 2 and R 3 are independently hydrogen atom, and where the 6-membered aromatic ring is substituted in the ortho, meta or para position by the carboxyl group, and n is an integer number of 0 or 1, and R 4 , when present, is a C 1-6 alkyl group, a C 2-6 alkenyl group, a C 2-6 alkynyl group, and wherein the pyrrole ring is bonded in the 1 or 2 position with a pyrrolidine ring bonded directly or through the linker R 4 with the G 1 and G 2 atoms of the nanostructured carbon matrix and where the structure of formula A or B may exist in different stereoisomeric forms as well as quaternary ammonium or carboxylic salts. G 1 and G 2 are adjacent carbon atoms on the surface of the nanostructured carbon matrix, R 1 is a hydrogen atom, a C 1-6 alkyl group, a C 2-6 alkenyl group, a C 2-6 alkynyl group, a C 3-6 cycloalkyl group, an aryl group or a C 1-6 alkoxy group R 2 and R 3 are independently hydrogen atom, and where the 6-membered aromatic ring is substituted in the ortho, meta or para position by the carboxyl group, and n is an integer number of 0 or 1, and R 4 , when present, is a C 1-6 alkyl group, a C 2-6 alkenyl group, a C 2-6 alkynyl group, and wherein the pyrrole ring is bonded in the 1 or 2 position with a pyrrolidine ring bonded directly or through the linker R 4 with the G 1 and G 2 atoms of the nanostructured carbon matrix and where the structure of formula A or B may exist in different stereoisomeric forms as well as quaternary ammonium or carboxylic salts.
A circuit device comprising: an image acquisition circuit configured to acquire image data; and an index acquisition circuit configured to obtain an index for performing error detection on a display image based on the image data, an error detection circuit configured to perform the error detection on the display image based on the index and the error detection circuit is configured to perform the error detection by comparing a threshold value for determining an error in the display image and the index, wherein the index acquisition circuit is configured to obtain the index representing a degree of dissimilarity between a foreground image, which is an image of a given region of the display image, and a background image, of the display image, corresponding to a background of the foreground image, based on pixel values of the display image; wherein the error detection circuit is configured to perform the error detection using i th threshold value of first to n th threshold values set as the threshold value, when the error detection is performed on the display image that includes an i th image of first n th images set as the foreground image. an image acquisition circuit configured to acquire image data; and an index acquisition circuit configured to obtain an index for performing error detection on a display image based on the image data, an error detection circuit configured to perform the error detection on the display image based on the index and the error detection circuit is configured to perform the error detection by comparing a threshold value for determining an error in the display image and the index, wherein the index acquisition circuit is configured to obtain the index representing a degree of dissimilarity between a foreground image, which is an image of a given region of the display image, and a background image, of the display image, corresponding to a background of the foreground image, based on pixel values of the display image; wherein the error detection circuit is configured to perform the error detection using i th threshold value of first to n th threshold values set as the threshold value, when the error detection is performed on the display image that includes an i th image of first n th images set as the foreground image.
A high-efficiency lawn maintenance tool comprising: a frame ; a deck attached to the frame ; a plurality of ground engaging members attached to the frame ; a power source attached to one of the frame and the deck , wherein the power source is connected to a drive shaft that passes through the deck , the power source is a battery-powered electric motor; a high-efficiency blade system attached to the drive shaft ; and the high-efficiency lawn maintenance tool further comprises a controller electrically connected to the power source , characterized in that the controller is configured to provide an infinitely variable power source speed, and to correlate a load on the blade system and the power to the power source by varying the power to the power source independent of an operator's control thereby to slow the power source if the controller senses a small load on the blade system. a frame ; a deck attached to the frame ; a plurality of ground engaging members attached to the frame ; a power source attached to one of the frame and the deck , wherein the power source is connected to a drive shaft that passes through the deck , the power source is a battery-powered electric motor; a high-efficiency blade system attached to the drive shaft ; and the high-efficiency lawn maintenance tool further comprises a controller electrically connected to the power source , characterized in that the controller is configured to provide an infinitely variable power source speed, and to correlate a load on the blade system and the power to the power source by varying the power to the power source independent of an operator's control thereby to slow the power source if the controller senses a small load on the blade system.