mhurhangee/patent-ind-claim-en huggingface dataset:
Flexible profile , comprising: - an upper portion having a bearing surface which defines a bearing plane , the upper portion extending from a first side of said bearing plane , - a lower portion extending from the second side of said bearing plane, and comprising two fastening tabs , each of said fastening tabs comprising a first segment extending from said upper portion in a direction moving away from said bearing plane , characterized in that each of said fastening tabs comprises a second segment connected to said first segment via a hinge zone located at a distance from said bearing plane , and extending, from this hinge zone , in a direction moving closer to said bearing plane on the side of said first segment opposite the other fastening tab , and in that the surface of each of said second segments which is opposite the first segment that supports it has at least one concave area which is shaped to simultaneously come into contact with two faces forming a right-angled edge. - an upper portion having a bearing surface which defines a bearing plane , the upper portion extending from a first side of said bearing plane , - a lower portion extending from the second side of said bearing plane, and comprising two fastening tabs , each of said fastening tabs comprising a first segment extending from said upper portion in a direction moving away from said bearing plane , characterized in that each of said fastening tabs comprises a second segment connected to said first segment via a hinge zone located at a distance from said bearing plane , and extending, from this hinge zone , in a direction moving closer to said bearing plane on the side of said first segment opposite the other fastening tab , and in that the surface of each of said second segments which is opposite the first segment that supports it has at least one concave area which is shaped to simultaneously come into contact with two faces forming a right-angled edge. each of said fastening tabs comprising a first segment extending from said upper portion in a direction moving away from said bearing plane , characterized in that each of said fastening tabs comprises a second segment connected to said first segment via a hinge zone located at a distance from said bearing plane , and extending, from this hinge zone , in a direction moving closer to said bearing plane on the side of said first segment opposite the other fastening tab , and in that the surface of each of said second segments which is opposite the first segment that supports it has at least one concave area which is shaped to simultaneously come into contact with two faces forming a right-angled edge.
A separator comprising - a housing , - a feed cone - a rotatable dispersing plate , on the upper face of which dispersing blades which are distributed across the periphery of the dispersing plate are arranged, wherein the separator comprises a separator wheel having separator wheel paddles and an air guidance system having guide vanes for the supply of separating air, while an annular separating space is arranged between the separator wheel and the air guidance system , characterized in that the feed cone is arranged on the housing at a distance from the dispersing plate , and the dispersing plate is fastened to the separator wheel . - a housing , - a feed cone - a rotatable dispersing plate , on the upper face of which dispersing blades which are distributed across the periphery of the dispersing plate are arranged, wherein the separator comprises a separator wheel having separator wheel paddles and an air guidance system having guide vanes for the supply of separating air, while an annular separating space is arranged between the separator wheel and the air guidance system , characterized in that the feed cone is arranged on the housing at a distance from the dispersing plate , and the dispersing plate is fastened to the separator wheel . wherein the separator comprises a separator wheel having separator wheel paddles and an air guidance system having guide vanes for the supply of separating air, while an annular separating space is arranged between the separator wheel and the air guidance system , characterized in that the feed cone is arranged on the housing at a distance from the dispersing plate , and the dispersing plate is fastened to the separator wheel .
A surfing equipment comprising a surfboard , a battery module , a propulsion module , a signal transmitter , a signal receiver , and a speed controller ; wherein the battery module and the propulsion module are respectively disposed on opposite surfaces of the surfboard , and the battery module and the propulsion module are connected to each other via a through hole in the surfboard ; and wherein the speed controller is disposed in the propulsion module , the speed controller is electrically coupled to the signal receiver , and the speed controller is configured to be electrically coupled to a control device of the surfing equipment ; characterised in that the signal transmitter is disposed within the battery module and located in a first area of the battery module facing the propulsion module , the first area faces the through hole , the signal transmitter is electrically coupled to a battery in the battery module ; wherein the signal receiver is disposed in the propulsion module and faces the signal transmitter to receive a signal sent by the signal transmitter by means of a wireless connection; wherein the signal transmitter is an infrared transmitter, and the signal receiver is an infrared receiver; and wherein the first area is provided with a first transparent glass, a second area of the propulsion module facing the first area is provided with a second transparent glass, and the signal transmitter is disposed to face the first transparent glass and the signal receiver is disposed to face the second transparent glass.
A buckle for fastening opposing ends of an object encircling strap, the buckle comprising: a base with a bottom and two opposing sides extending from the bottom, each side including a first end and a second end , wherein the first end includes pivot holes ; and a lever tensioner pivotally connected to the base, wherein the lever tensioner includes a first end and a second end , the first end of the lever tensioner having lever pivot hinge tabs adapted to be positioned in the pivot holes of the base to pivotally secure the lever tensioner to the base, characterized in that the first end of the lever tensioner includes an elongated slot for receiving the strap, wherein the elongated slot cams the strap as the buckle is closed. a base with a bottom and two opposing sides extending from the bottom, each side including a first end and a second end , wherein the first end includes pivot holes ; and a lever tensioner pivotally connected to the base, wherein the lever tensioner includes a first end and a second end , the first end of the lever tensioner having lever pivot hinge tabs adapted to be positioned in the pivot holes of the base to pivotally secure the lever tensioner to the base, characterized in that the first end of the lever tensioner includes an elongated slot for receiving the strap, wherein the elongated slot cams the strap as the buckle is closed.
A cannula comprising: a) a rigid proximal portion connected to a malleable distal portion ; b) a first lumen and at least a second lumen within and extending between the rigid proximal portion and the malleable distal portion; c) the first lumen having a reinforcement member within and extending along the length of the first lumen; and d) the at least second lumen being in fluid communication with a fluid supply; wherein the connected malleable distal portion and rigid proximal portion are configured to be inserted and maneuvered into a human nasal cavity, the cannula has a durometer such that the malleable distal portion does not kink when bent greater than 45 degrees, and the cannula is sufficiently stiff so that the cannula will retain its shape until bent into a new shape. a) a rigid proximal portion connected to a malleable distal portion ; b) a first lumen and at least a second lumen within and extending between the rigid proximal portion and the malleable distal portion; c) the first lumen having a reinforcement member within and extending along the length of the first lumen; and d) the at least second lumen being in fluid communication with a fluid supply;
A container assembly comprising: - a container for sauce packaging, the container extending along an axis (A1) and comprising a side wall , a bottom wall connected to one end of the side wall to define a containment compartment; a top wall configured for allowing the adhesion of a protective foil to seal the container ; and an outer cylindrical wall that extends around the side wall and is configured to be coupled to a lid; the side wall comprising a lower portion flared and connected to the bottom wall , and an upper portion connected to the outer cylindrical wall through the top wall ; - a lid coupled to the outer cylindrical wall to close the container ; and - a protective foil adhesively bonded to the top wall ; characterized in that , the container comprises a plurality of connecting elements between the upper portion of the side wall and the outer cylindrical wall , and wherein each connecting element extends to the lower end of the outer cylindrical wall . - a container for sauce packaging, the container extending along an axis (A1) and comprising a side wall , a bottom wall connected to one end of the side wall to define a containment compartment; a top wall configured for allowing the adhesion of a protective foil to seal the container ; and an outer cylindrical wall that extends around the side wall and is configured to be coupled to a lid; the side wall comprising a lower portion flared and connected to the bottom wall , and an upper portion connected to the outer cylindrical wall through the top wall ; - a lid coupled to the outer cylindrical wall to close the container ; and - a protective foil adhesively bonded to the top wall ; the container comprises a plurality of connecting elements between the upper portion of the side wall and the outer cylindrical wall , and wherein each connecting element extends to the lower end of the outer cylindrical wall .
A method of performing a task at a subsea location, the method comprising: positioning a unit (50; 68) to perform the task, the unit (50; 68) then being in a shadow region where wireless control signals from a subsea control transmitter are obscured by a subsea obstacle ; transmitting control signals wirelessly through water from the control transmitter to an autonomous underwater vehicle (AUV) (30; 66) positioned outside the shadow region ; relaying the control signals from the AUV (30; 66) to the unit to control the unit (50; 68) to perform the task; monitoring signal quality of the control signals transmitted wirelessly from the control transmitter to the AUV (30; 66); and moving the AUV (30; 66) to improve the signal quality of the control signals. positioning a unit (50; 68) to perform the task, the unit (50; 68) then being in a shadow region where wireless control signals from a subsea control transmitter are obscured by a subsea obstacle ; transmitting control signals wirelessly through water from the control transmitter to an autonomous underwater vehicle (AUV) (30; 66) positioned outside the shadow region ; relaying the control signals from the AUV (30; 66) to the unit to control the unit (50; 68) to perform the task; monitoring signal quality of the control signals transmitted wirelessly from the control transmitter to the AUV (30; 66); and moving the AUV (30; 66) to improve the signal quality of the control signals.
Hot transfer printing device composed by a carrier film made of elastic and flexible PU (Polyurethane) material with an average thickness of 100 um (100x10-6m) variable from a minimum of 50 um to a maximum of 500 um wherein: a. PU (Polyurethane) carrier film surface is covered with a paper or PET (Polyethylene terephthalate) protection layer, such as to completely cover the above surface ; b. the PU (Polyurethane) carrier film surface opposite to one covered by the protection layer in paper or PET (Polyethylene terephthalate) is covered in all its area by a glue layer able to crosslink when exposed to an electromagnetic radiation in the UV (Ultraviolet) band ; c. above the PU (Polyurethane) carrier film surface covered by the glue layer, a transfer element is made by screen printing or other known printing technique, d. a structural reinforcement material, consisting in carbon and/or graphene, is added to the transfer elements, e. a germicidal substance is added to the transfer elements, f. the surface of transfer element is covered with an additional glue in such a way the laying of the glue is made with a different quantity in different areas on the surface of the transfer element. g. the PU (Polyurethane) carrier film, the glue layer and the transfer element are all covered by a protection layer in silicone paper or other similar material . a. PU (Polyurethane) carrier film surface is covered with a paper or PET (Polyethylene terephthalate) protection layer, such as to completely cover the above surface ; b. the PU (Polyurethane) carrier film surface opposite to one covered by the protection layer in paper or PET (Polyethylene terephthalate) is covered in all its area by a glue layer able to crosslink when exposed to an electromagnetic radiation in the UV (Ultraviolet) band ; c. above the PU (Polyurethane) carrier film surface covered by the glue layer, a transfer element is made by screen printing or other known printing technique, d. a structural reinforcement material, consisting in carbon and/or graphene, is added to the transfer elements, e. a germicidal substance is added to the transfer elements, f. the surface of transfer element is covered with an additional glue in such a way the laying of the glue is made with a different quantity in different areas on the surface of the transfer element. g. the PU (Polyurethane) carrier film, the glue layer and the transfer element are all covered by a protection layer in silicone paper or other similar material .
A compacted pharmaceutical preparation, comprising coated particles obtained by applying a film of an enteric-soluble polymer to core particles containing an acidic drug, a gastric-soluble polymer, a water-insoluble polymer, and a water-soluble polymer, wherein the acidic drug is ibuprofen, and wherein the gastric-soluble polymer is polyvinyl acetal diethylamino acetate. wherein the acidic drug is ibuprofen, and wherein the gastric-soluble polymer is polyvinyl acetal diethylamino acetate.
Electric metal sheet for an electric machine, - the main body of which is an individual sheet made of a magnetisable material, wherein - the individual sheet has a plurality of cut-outs , characterised by - at least one web in each of the cut-outs , wherein - each web is printed by a 3-D printing method from a non-magnetisable material, wherein - a plurality of the non-magnetisable printed webs are arranged parallel to a first q-axis (q1) at a pre-determined spacing from the first q-axis (q1), and/or - a plurality of the printed webs are arranged exclusively on a first circular segment with a first radius and a plurality of the printed webs are arranged exclusively on a second circular segment with a second radius different in relation to the first radius. - the main body of which is an individual sheet made of a magnetisable material, wherein - the individual sheet has a plurality of cut-outs , characterised by - at least one web in each of the cut-outs , - each web is printed by a 3-D printing method from a non-magnetisable material, wherein - a plurality of the non-magnetisable printed webs are arranged parallel to a first q-axis (q1) at a pre-determined spacing from the first q-axis (q1), and/or - a plurality of the printed webs are arranged exclusively on a first circular segment with a first radius and a plurality of the printed webs are arranged exclusively on a second circular segment with a second radius different in relation to the first radius.
A seal system , comprising: a first duct having an annular geometry; a second duct radially outward from the first duct and overlapping the first duct in a radial direction; a forward cowling located forward of the second duct; a linkage system coupled to the second duct, wherein the linkage system comprises rigid arms that cause the second duct to move circumferentially relative to the first duct in response to the second duct moving axially relative to the first duct ; a seal disposed between an aft portion of the first duct and a forward portion of the second duct, the seal comprising: a groove defined by the second duct ; and a piston configured to slideably engage the groove. a first duct having an annular geometry; a second duct radially outward from the first duct and overlapping the first duct in a radial direction; a forward cowling located forward of the second duct; a linkage system coupled to the second duct, wherein the linkage system comprises rigid arms that cause the second duct to move circumferentially relative to the first duct in response to the second duct moving axially relative to the first duct ; a seal disposed between an aft portion of the first duct and a forward portion of the second duct, the seal comprising: a groove defined by the second duct ; and a piston configured to slideably engage the groove. a groove defined by the second duct ; and a piston configured to slideably engage the groove.
A mould for moulding a wind turbine blade or an elongate structural part thereof, the mould comprising a plurality of longitudinal elongate mould sections adapted to be fitted together in an end-to-end relationship to form a unitary mould, each mould section having a central mould portion between opposite end portions , each mould section being composed of a fibre reinforced resin matrix composite material , at least one end portion of each mould section forming an integral flange oriented substantially orthogonally downwardly with respect to an upper surface of the mould section , and the upper surface including a moulding surface and a recess located between the flange and the moulding surface , the recess extending across a transverse width of the mould section whereby when the flanges of adjacent mould sections are fitted together in an abutting relationship, the adjacent recesses form a combined recess separating the moulding surfaces of the adjacent mould sections , characterised by the mould further comprising an alignment device fitted to each mould section for longitudinally aligning the mould sections to form the unitary mould, the alignment device including a guide element including a notch or opening for aligning a laser beam .
A method for forming a lithographic printing plate, comprising: imagewise exposing a positive-working lithographic printing plate precursor that comprises: a grained and anodized aluminum-containing substrate, a poly(vinyl phosphonic acid) interlayer disposed directly on the grained and anodized aluminum-containing substrate, a first ink receptive layer that is disposed directly on the poly(vinyl phosphonic acid) interlayer, the first ink receptive layer comprising at least one water-insoluble, alkali solution-soluble or -dispersible resin, and an aromatic acid dye that comprises at least two aromatic groups, is represented by formula (A), (B), (C), (D), (E) or (F) and that is present in an amount of at least 0.2 weight %, based on the total dry weight of the first receptive layer, the positive-working lithographic printing plate precursor further comprising an infrared radiation absorber in either the first ink receptive layer or in an optional second ink receptive layer that is disposed over the first ink receptive layer, or in both of the first and second ink receptive layers, with infrared radiation to form an imaged precursor comprising exposed regions and non-exposed regions in the first ink receptive layer and the second ink receptive layer, if present, and processing the imaged precursor using a processing solution having a pH of at least 12 and up to and including 14, to remove the exposed regions of the first ink receptive layer and of the second ink receptive layer, if present. a grained and anodized aluminum-containing substrate, a poly(vinyl phosphonic acid) interlayer disposed directly on the grained and anodized aluminum-containing substrate, a first ink receptive layer that is disposed directly on the poly(vinyl phosphonic acid) interlayer, the first ink receptive layer comprising at least one water-insoluble, alkali solution-soluble or -dispersible resin, and an aromatic acid dye that comprises at least two aromatic groups, is represented by formula (A), (B), (C), (D), (E) or (F) and that is present in an amount of at least 0.2 weight %, based on the total dry weight of the first receptive layer, the positive-working lithographic printing plate precursor further comprising an infrared radiation absorber in either the first ink receptive layer or in an optional second ink receptive layer that is disposed over the first ink receptive layer, or in both of the first and second ink receptive layers, with infrared radiation to form an imaged precursor comprising exposed regions and non-exposed regions in the first ink receptive layer and the second ink receptive layer, if present, and processing the imaged precursor using a processing solution having a pH of at least 12 and up to and including 14, to remove the exposed regions of the first ink receptive layer and of the second ink receptive layer, if present.
A drug delivery device comprising: a drug container containing a drug; a plunger within the drug container, movement of the plunger within the drug container being operative to deliver the drug from the drug container; and a drive mechanism, the drive mechanism comprising: a stored energy source , the stored energy source configured to release energy by expanding from a compressed state, a first drive element coupled to the stored energy source, and a second drive element coupled to the first drive element and positioned between the first drive element and the plunger, wherein in a first position of the drive mechanism the first drive element is constrained from moving in an axial direction relative to the second drive element but in a second position of the drive mechanism the first drive element is free to move in the axial direction relative to the second drive element such that a first surface of the first drive element is driven against a first surface of the second drive element by the stored energy source to produce an audible signal indicative of the completion of drug delivery from the drug container. a drug container containing a drug; a plunger within the drug container, movement of the plunger within the drug container being operative to deliver the drug from the drug container; and a drive mechanism, the drive mechanism comprising: a stored energy source , the stored energy source configured to release energy by expanding from a compressed state, a first drive element coupled to the stored energy source, and a second drive element coupled to the first drive element and positioned between the first drive element and the plunger, wherein in a first position of the drive mechanism the first drive element is constrained from moving in an axial direction relative to the second drive element but in a second position of the drive mechanism the first drive element is free to move in the axial direction relative to the second drive element such that a first surface of the first drive element is driven against a first surface of the second drive element by the stored energy source to produce an audible signal indicative of the completion of drug delivery from the drug container.