mhurhangee/ep-ind-claims huggingface dataset:
Device for closing a container forming a reservoir, of the type comprising - a connecting member having an external thread and intended to be carried by the reservoir, a cap having an internal thread and intended to be placed on the connecting member or to be removed from this connecting member by screwing or unscrewing, - security means comprising - at least one circumferential locking stop, and - at least one locking tab elastically deformable radially between a rest position in which the locking tab cooperates with the circumferential locking stop to oppose the unscrewing of the cap and at least one retracted position releasing the locking tab relative to the circumferential stop, the locking tab being carried by the connecting member and the circumferential locking stop being carried by the cap, characterised in that the circumferential locking stop forms a circumferential end of an indent formed in an edge of the cap defining an open end of this cap, the edge of this end being defined by two contours (46, 48), a radially external contour and a radially internal contour, forming respectively - an external cam profile intended to cooperate, when screwing, with the locking tab to move it from the rest position to a retracted radially external release position, and - an internal cam profile intended to cooperate, when unscrewing, with the locking tab to hold it in a retracted radially internal release position - a connecting member having an external thread and intended to be carried by the reservoir, a cap having an internal thread and intended to be placed on the connecting member or to be removed from this connecting member by screwing or unscrewing, - security means comprising - at least one circumferential locking stop, and - at least one locking tab elastically deformable radially between a rest position in which the locking tab cooperates with the circumferential locking stop to oppose the unscrewing of the cap and at least one retracted position releasing the locking tab relative to the circumferential stop, - at least one circumferential locking stop, and - at least one locking tab elastically deformable radially between a rest position in which the locking tab cooperates with the circumferential locking stop to oppose the unscrewing of the cap and at least one retracted position releasing the locking tab relative to the circumferential stop, - an external cam profile intended to cooperate, when screwing, with the locking tab to move it from the rest position to a retracted radially external release position, and - an internal cam profile intended to cooperate, when unscrewing, with the locking tab to hold it in a retracted radially internal release position
A compound comprising a 4-amino-1,8-naphthalimide for use in a method of restoring vascular compliance in a diseased blood vessel, wherein: a delivery system is inserted into the blood vessel; a bolus of a composition comprising a 4-amino-1,8-naphthalimide compound is applied to the blood vessel; and the composition is activated with a sufficient amount of an activating agent to restore the vascular compliance of the blood vessel. a delivery system is inserted into the blood vessel; a bolus of a composition comprising a 4-amino-1,8-naphthalimide compound is applied to the blood vessel; and the composition is activated with a sufficient amount of an activating agent to restore the vascular compliance of the blood vessel.
Channel for draining surface water, having at least one bottom part which has at least one drain-away trough, and having at least one top part which is arranged above the bottom part in an operating position, the bottom part having side-walls which extend next to the drain-away trough, preferably in parallel, on both sides of said drain-away trough and at a lateral spacing from said drain-away trough, and which form lateral boundaries of a placing space, for the placing-in of concrete, which at least partly surrounds the drain-away trough, the channel having, at the end-faces of the drain-away trough, connecting flanges for fastening to connecting flanges of drain-away troughs of other channels, and the channel having, at the end-faces of the drain-away trough, end-walls in the form of the connecting flanges to form terminal points of the placing space at its ends, characterised in that there is arranged in each of the connecting flanges, i.e. end-walls, at least one opening for concrete to pass through which, when seen in the operating position, surrounds the drain-away trough at least in a bottom region of said drain-away trough, the ends of the drain-away troughs of adjoining channels, which drain-away troughs follow on from one another, thus being entirely enclosed in or cast into a common body of concrete, at least in their bottom regions, once the concrete has been placed.
A support pallet for an aircraft seat unit, comprising: - a body comprising an upper face (29.1) and a lower face (29.2), - lock fixing means (31.1, 31.2, 31.3), each of them being provided in a portion of the body, each of the lock fixing means (31.1, 31.2, 31.3) enabling to fixing the body and a seat rail lock to one another or with the help of an intermediate connecting piece for fixing the body and a lock to one another, - seat unit fixing means, each of them being provided in a portion of the body, each of the seat unit fixing means enabling to fix the body and an element of the seat unit to one another, - the portions of the body comprising the lock fixing means (31.1, 31.2, 31.3) and the portions of the body comprising the seat unit fixing means, as well as the remainder of the body forming a single monobloc part, - said support pallet further comprising stiffening ribs on the lower face (29.2) of the body, - the upper face (29.1) of the body being smooth, characterized in that - the stiffening ribs extend along stress paths between the lock fixing means (31.1, 31.2, 31.3) appearing during a dynamic mechanical resistance test consisting of a deformation of the aircraft floor while the support pallet is mounted on rails (21.1, 21.2) and during which a stress is imparted to one of the rails (21.1, 21.2) so as to make it descend by an angle of 10 degrees downwards and another stress is imparted to the other rail (21.1, 21.2) so as to make it pivot by an angle of 10 degrees. - a body comprising an upper face (29.1) and a lower face (29.2), - lock fixing means (31.1, 31.2, 31.3), each of them being provided in a portion of the body, each of the lock fixing means (31.1, 31.2, 31.3) enabling to fixing the body and a seat rail lock to one another or with the help of an intermediate connecting piece for fixing the body and a lock to one another, - seat unit fixing means, each of them being provided in a portion of the body, each of the seat unit fixing means enabling to fix the body and an element of the seat unit to one another, - the portions of the body comprising the lock fixing means (31.1, 31.2, 31.3) and the portions of the body comprising the seat unit fixing means, as well as the remainder of the body forming a single monobloc part, - said support pallet further comprising stiffening ribs on the lower face (29.2) of the body, - the upper face (29.1) of the body being smooth, characterized in that - the stiffening ribs extend along stress paths between the lock fixing means (31.1, 31.2, 31.3) appearing during a dynamic mechanical resistance test consisting of a deformation of the aircraft floor while the support pallet is mounted on rails (21.1, 21.2) and during which a stress is imparted to one of the rails (21.1, 21.2) so as to make it descend by an angle of 10 degrees downwards and another stress is imparted to the other rail (21.1, 21.2) so as to make it pivot by an angle of 10 degrees.
A set comprising a suspension including particles suspended in a suspension fluid and an embolization microcatheter (100, 120, 140, 160, 30, 50, 60, 70, 200, 320, 370) for modifying and delivering said suspension to a subject, the cathetercomprising: a tubular wall (103, 34, 52, 65, 74, 203, 302, 321, 371) comprising a proximal wall end (104, 353), a distal wall end (105, 324), and a lumen (106, 131, 151, 171, 33, 64, 322, 79) extending between said wall ends; said lumen comprising a distal outlet (107, 128, 148, 168, 211, 224, 36, 306, 323, 335, 406, 436, 54, 601, 75, 701) at said distal wall end and a plurality of side openings (123, 143, 163, 56, 66, 77, 202, 309, 326, 338, 357, 359, 363, 375, 409, 424, 432) formed in the tubular wall proximally to said distal outlet; wherein said distal outlet is shaped or/and sized to allow passage therethrough of both the suspension fluid and the particles, said microcatheter being characterized in that said plurality of side openings have a width which is less than a minimal diameter of the suspended particles so that said microcatheter is configured to allow passage therethrough of the suspension fluid while blocking passage therethrough of the particles, during delivery of the suspension to the subject. a tubular wall (103, 34, 52, 65, 74, 203, 302, 321, 371) comprising a proximal wall end (104, 353), a distal wall end (105, 324), and a lumen (106, 131, 151, 171, 33, 64, 322, 79) extending between said wall ends; said lumen comprising a distal outlet (107, 128, 148, 168, 211, 224, 36, 306, 323, 335, 406, 436, 54, 601, 75, 701) at said distal wall end and a plurality of side openings (123, 143, 163, 56, 66, 77, 202, 309, 326, 338, 357, 359, 363, 375, 409, 424, 432) formed in the tubular wall proximally to said distal outlet; wherein said distal outlet is shaped or/and sized to allow passage therethrough of both the suspension fluid and the particles, said microcatheter being characterized in that said plurality of side openings have a width which is less than a minimal diameter of the suspended particles so that said microcatheter is configured to allow passage therethrough of the suspension fluid while blocking passage therethrough of the particles, during delivery of the suspension to the subject.
An implantable heart valve device, comprising: a tubular frame having a proximal end, a distal end and a central lumen extending therethrough; the frame comprising at least a first pair of adjacent struts (110A, 110B, 110C) joined at a proximally facing apex, and at least a second pair of adjacent struts (110A, 110B, 110C) joined at a distally facing apex; a plurality of distally facing anchors coupled with the frame and configured to embed into tissue surrounding a native mitral valve; a valve coupled with the frame to regulate blood flow through the central lumen; and a moveable restraint coupled with the frame and configured to restrain the frame at a desired width, characterized by an annular seal (400, 500) carried by the frame, for inhibiting perivalvular leaks. a tubular frame having a proximal end, a distal end and a central lumen extending therethrough; the frame comprising at least a first pair of adjacent struts (110A, 110B, 110C) joined at a proximally facing apex, and at least a second pair of adjacent struts (110A, 110B, 110C) joined at a distally facing apex; a plurality of distally facing anchors coupled with the frame and configured to embed into tissue surrounding a native mitral valve; a valve coupled with the frame to regulate blood flow through the central lumen; and a moveable restraint coupled with the frame and configured to restrain the frame at a desired width, characterized by an annular seal (400, 500) carried by the frame, for inhibiting perivalvular leaks.
A batch chromatography process for the purification of (per)fluoropolyethers (PFPE) carboxylates which comprises the following steps: a) contacting a mixture of non-functional PFPEs and functional PFPEs carboxylates wherein Mn of the (per)fluoropolyoxylakylene chain in the PFPE carboxylate is equal to or higher than 1,500, said mixture having functionality, with a solid phase and a fluorinated organic solvent at ambient conditions to obtain a suspension of a solid phase having adsorbed onto it a mixture of functional PFPE carboxylates with functionality higher than and a liquid phase having therein dissolved a mixture with functionality lower than; b) separating the liquid phase from the solid phase; c) optionally carrying out one or more washings of the solid phase with the same fluorinated solvent as used in step a); d) adding the solid phase with a mixture of an alcohol and a fluorinated organic solvent to obtain a suspension of the solid phase in a liquid phase, said liquid phase having mixture therein dissolved; e) separating the liquid phase from the stationary phase; said solid phase being a polar inorganic solid support selected from silica gel, Al and Mg silicates and active alumina. a) contacting a mixture of non-functional PFPEs and functional PFPEs carboxylates wherein Mn of the (per)fluoropolyoxylakylene chain in the PFPE carboxylate is equal to or higher than 1,500, said mixture having functionality, with a solid phase and a fluorinated organic solvent at ambient conditions to obtain a suspension of a solid phase having adsorbed onto it a mixture of functional PFPE carboxylates with functionality higher than and a liquid phase having therein dissolved a mixture with functionality lower than; b) separating the liquid phase from the solid phase; c) optionally carrying out one or more washings of the solid phase with the same fluorinated solvent as used in step a); d) adding the solid phase with a mixture of an alcohol and a fluorinated organic solvent to obtain a suspension of the solid phase in a liquid phase, said liquid phase having mixture therein dissolved; e) separating the liquid phase from the stationary phase;
A channel information feedback method, wherein the method comprises: receiving, by a terminal device, configuration information sent by a network device, wherein the configuration information is used to configure a feedback mode of channel information; and feeding back, by the terminal device, current channel information to the network device when the feedback mode configured by using the configuration information is a first mode; or feeding back, by the terminal device, predicted channel information to the network device when the feedback mode configured by using the configuration information is a second mode; characterized in that the current channel information is a current precoding matrix indicator, PMI, and the predicted channel information is a predicted channel coefficient, wherein the predicted channel coefficient is a predicted angle-delay domain channel coefficient, C. receiving, by a terminal device, configuration information sent by a network device, wherein the configuration information is used to configure a feedback mode of channel information; and feeding back, by the terminal device, current channel information to the network device when the feedback mode configured by using the configuration information is a first mode; or feeding back, by the terminal device, predicted channel information to the network device when the feedback mode configured by using the configuration information is a second mode; characterized in that the current channel information is a current precoding matrix indicator, PMI, and the predicted channel information is a predicted channel coefficient, wherein the predicted channel coefficient is a predicted angle-delay domain channel coefficient, C.
A cryptography processing device, comprising: a vector generator configured to generate a vector (v) having a prescribed dimension (n) as a key generation vector in which each element is equal to or smaller than a predetermined bit length (t) and elements except for a first element are integers that are multiples of a plain text space size (s), which is a number of types of symbols that the plain text to be encrypted may take; a secret key generator configured to generate a secret key matrix from the key generation vector (v); a public key data (108, 110) generator configured to generate a public key matrix from the secret key matrix and to generate public key data including a first public key matrix element (d), which is a discriminant of the public key matrix, a second public key matrix element (r), which is an integer, the dimension, and the plain text space size (s); and a secret key data generator (112, 114) configured to generate secret key data that includes, as a secret key, an integer (w) that is an element of a matrix obtained as a product of the first public key matrix element (d) and an inverse matrix (V -1) of the secret key matrix and that is not a multiple of the plain text space size (s). a vector generator configured to generate a vector (v) having a prescribed dimension (n) as a key generation vector in which each element is equal to or smaller than a predetermined bit length (t) and elements except for a first element are integers that are multiples of a plain text space size (s), which is a number of types of symbols that the plain text to be encrypted may take; a secret key generator configured to generate a secret key matrix from the key generation vector (v); a public key data (108, 110) generator configured to generate a public key matrix from the secret key matrix and to generate public key data including a first public key matrix element (d), which is a discriminant of the public key matrix, a second public key matrix element (r), which is an integer, the dimension, and the plain text space size (s); and a secret key data generator (112, 114) configured to generate secret key data that includes, as a secret key, an integer (w) that is an element of a matrix obtained as a product of the first public key matrix element (d) and an inverse matrix (V -1) of the secret key matrix and that is not a multiple of the plain text space size (s).
A system for providing reduced-pressure treatment to a tissue site on a wound bed of a patient, the system comprising: a variable wound dressing comprising a variable cover comprising a sealed envelope and a plurality of spacing members comprising polymer beads or polystyrene balls disposed within an interior space of the sealed envelope, wherein the variable cover is pliable at an ambient pressure and less pliable under reduced pressure; a first reduced-pressure port operable to supply reduced pressure within the variable cover; a second reduced-pressure port operable to supply reduced pressure to a treatment space formed between the variable wound dressing and the wound bed; and a reduced-pressure subsystem operable to supply reduced pressure to the first reduced-pressure port and the second reduced-pressure port. a variable wound dressing comprising a variable cover comprising a sealed envelope and a plurality of spacing members comprising polymer beads or polystyrene balls disposed within an interior space of the sealed envelope, wherein the variable cover is pliable at an ambient pressure and less pliable under reduced pressure; a first reduced-pressure port operable to supply reduced pressure within the variable cover; a second reduced-pressure port operable to supply reduced pressure to a treatment space formed between the variable wound dressing and the wound bed; and a reduced-pressure subsystem operable to supply reduced pressure to the first reduced-pressure port and the second reduced-pressure port.
A cold rolled and heat treated steel sheet having a composition comprising of the following elements, expressed in percentage by weight: 0.10 % ≤ Carbon ≤ 0.5 % 1 % ≤ Manganese ≤ 3.4 % 0.5 % ≤ Silicon ≤ 2.5 % 0.03 % ≤ Aluminium ≤ 1.5 % Sulfur ≤ 0.003 %. 0.002 % ≤ Phosphorus ≤ 0.02 % Nitrogen ≤ 0.01% 0.05 % ≤ Chromium ≤ 1 % 0.001 % ≤ Niobium ≤ 0.1 % 0.001 % ≤ Titanium ≤ 0.1 % and can contain one or more of the following optional elements 0.001 % ≤ Molybdenum ≤ 0.5 % 0.01 % ≤ Copper ≤ 2 % 0.01 % ≤ Nickel ≤ 3 % 0.0001 % ≤ Calcium ≤ 0.005 % Vanadium ≤ 0.1 % Boron ≤ 0.003 % Cerium ≤ 0.1 % Magnesium ≤ 0.010 % Zirconium ≤ 0.010 % the remainder composition being composed of iron and the unavoidable impurities caused by processing, and a microstructure of the said rolled steel sheet comprises by area fraction, 10 to 30% Residual Austenite, 5 to 50% Annealed Bainite, 10 to 40 % of Bainite, 1% to 20% Quenched Martensite, and less than 30 % Tempered Martensite where the combined presence of Bainite and Residual Austenite shall be 30% or more, wherein the microstructure is determined by method described in the description.
A fluid meter body, comprising: a pipe for conveyance of fluid, having an exterior circumferential surface; a plurality of mounting points integral with the pipe on the external circumferential surface; wherein the mounting points comprise one of flat pipe notches to which are permanently attached welded mounting tabs, threaded or unthreaded male bosses attached to the pipe outer circumference, or integral pedestals formed in place by casting, swedging, machine cutting or broaching processes; a bar aligned axially along the exterior circumferential surface and directly affixed to the mounting points by attachable and detachable coupling devices; and a housing coupled to the bar, for attachment of a fluid meter transducer thereto. a pipe for conveyance of fluid, having an exterior circumferential surface; a plurality of mounting points integral with the pipe on the external circumferential surface; wherein the mounting points comprise one of flat pipe notches to which are permanently attached welded mounting tabs, threaded or unthreaded male bosses attached to the pipe outer circumference, or integral pedestals formed in place by casting, swedging, machine cutting or broaching processes; a bar aligned axially along the exterior circumferential surface and directly affixed to the mounting points by attachable and detachable coupling devices; and a housing coupled to the bar, for attachment of a fluid meter transducer thereto.
A solar collector module having a support frame provided for attachment of a number of reflector elements forming a parabolic trough, viewed in a longitudinal direction, characterized in that said support frame has on each of its end faces, viewed in the longitudinal direction, a coupling plate (30, 32) provided with a number of adjusting elements (34, 36), for connection to the support frame of a neighbouring module, the coupling plates (30, 32) being designed in pairs with regard to their adjusting elements (34, 36) in such a way that the adjusting elements of the first coupling plate each have a reference bearing surface for a contact surface of an adjusting element of the second coupling plate.
Arrangement for displacing a tiltable cab unit of a motor vehicle between a lowered and a raised position relative to a vehicle frame, the arrangement comprising a fluid actuator mountable between the vehicle frame and the cab unit, which fluid actuator is arranged to displace the cab unit between the lowered and raised positions, and an elongated conduit bundle comprising at least one media conduit (23, 24, 25) having a first section (23; 31; 41; 51; 71) which is connectable to the vehicle frame, a second section (24; 32; 42; 52; 62) which is connectable to the cab unit, characterized in that said at least one media conduit (23, 24, 25) comprises a third section (25; 33; 43; 53; 63) which is fitted between the above-mentioned first and second sections (23; 31; 41; 51; 71, 24; 32; 42; 52; 62; 72), wherein at least one conduit making up a third section (25; 33; 43; 53; 63) of the media conduit (23, 24, 25) is arranged in or on the fluid actuator (17; 30; 40; 50; 60).