mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanger fin comprising a fin body having braided channels that are under vacuum and have a working fluid therein, characterized in that the fin body has a plurality of airflow through holes there through, whereby the braided channels are formed around the plurality of airflow through holes and by a staggered pitch of the plurality of airflow through holes to increase the creation of a non-equilibrium pressure condition within the braided channels, strengthening the self-sustained turbulent driving forces therein.
Communication system having at least two mobile parts (1, 2) that each have, for the purpose of direct communication with one another, an associated transmission and reception unit that communicates with a computer and with a memory unit that can be used to store at least two individually creatable personality profiles, of which a respective first personality profile, which corresponds to a first requirement profile, describing a person, of the user of the respective mobile part (1, 2), is sent and a further personality profile, which corresponds to a requirement profile, describing a person, of the user of a further mobile part (1, 2), is received, wherein the respectively received requirement profile is compared with a personality profile that corresponds to a self-profile describing the user of the respective mobile part (1, 2), and a match between received requirement profile and the stored self-profile prompts explicitly identifiable signalling between the corresponding mobile parts (1, 2), wherein automatic communication by the mobile parts without user interaction is effected solely on the basis of the embodiment of the transmission and reception units and/or of transmitted data, characterized in that a match between the received requirement profile (10.2) and the stored self-profile (9.1) prompts the identifying first mobile part to send the received requirement profile (10.2) together with a signature, which comprises the sent requirement profile (10.2) of the second mobile part and the requirement profile (10.1) of the first mobile part, using its transmission and reception unit, wherein the further, second mobile part comprises means in order to compare the received requirement profile (10.2) of its own with the stored requirement profile (10.2) and to compare the received requirement profile (10.1) from the first mobile part with the stored second self-profile (9.2) in the event of a match, and takes the comparison as a basis for explicitly communicating with the first mobile part or not sending a response to the first mobile part, wherein the self-profile cannot be transmitted to another mobile part (1, 2) by the transmission and reception unit.
A motorized lacing system, comprising: a motor; a lace spool, operatively coupled to the motor, configured to spool and unspool a primary lace based on an action of the motor to increase and decrease tension on the primary lace; and an elongate spool (302, 502, 602, 702, 802), the primary lace coupled to the elongate spool, configured to spool and unspool a plurality of laces (306, 610, 710, 810) different than the primary lace based on operation of the motor and via the primary lace, each of the plurality of laces spaced along the elongate spool from one another; wherein the elongate spool is conical. a motor; a lace spool, operatively coupled to the motor, configured to spool and unspool a primary lace based on an action of the motor to increase and decrease tension on the primary lace; and an elongate spool (302, 502, 602, 702, 802), the primary lace coupled to the elongate spool, configured to spool and unspool a plurality of laces (306, 610, 710, 810) different than the primary lace based on operation of the motor and via the primary lace, each of the plurality of laces spaced along the elongate spool from one another; wherein the elongate spool is conical.
An apparatus comprising: a main branch comprising a first signal path having a first capacitor pair (306, 308) connected in series with a first reversed polarities and a second signal path having a second capacitor pair (310, 312) connected in series with a second reversed polarities different to the first reversed polarities, the first and second signal paths connected in parallel; and an auxiliary branch comprising at least one signal path having at least one capacitor pair (314, 316) connected in series with a third reversed polarities and connected in parallel with the main branch. a main branch comprising a first signal path having a first capacitor pair (306, 308) connected in series with a first reversed polarities and a second signal path having a second capacitor pair (310, 312) connected in series with a second reversed polarities different to the first reversed polarities, the first and second signal paths connected in parallel; and an auxiliary branch comprising at least one signal path having at least one capacitor pair (314, 316) connected in series with a third reversed polarities and connected in parallel with the main branch.
Combination of a nitrate compound and a sulphate compound, for use in a method of reducing gastro-intestinal methane production in a ruminant, said method comprising administering to the ruminant an effective amount of said combination.
A snow groomer; the snow groomer comprising a support frame; a driver's cabin, which is fitted on the support frame; two track conveyors, which are fitted on opposite sides of the support frame; and a passenger cabin, which is distinct from the driver's cabin and is fitted on the support frame; the passenger cabin comprising a bearing structure; the bearing structure defining a protection cell configured to resist external loads and is configured to ensure an optimal structural resistance in case of rollover; the bearing structure comprising housing seats; the passenger cabin comprising panels of transparent material, preferably glass, which are partly coupled to the housing seats of the bearing structure and are supported by the bearing structure; the snow groomer comprising a transparent side surface that is greater than 50% of the total side surface, preferably greater than 60%, in particular greater than 74%; wherein the bearing structure comprises a tubular structure; wherein the tubular structure comprises at least one tube, which, in its cross section view, has a shape having two lobes.
Process for preparing a diamine/dicarboxylic acid salt comprising steps comprising contacting a diamine with a dicarboxylic acid to provide a reaction mixture in which said diamine and said dicarboxylic acid react to form a diamine/dicarboxylic acid salt, wherein (a) the dicarboxylic acid comprises an aromatic dicarboxylic acid; (b) the dicarboxylic acid is provided in a powder form; (c) the diamine is provided in a liquid form; (d) the contacting is performed by gradually dosing diamine liquid to dicarboxylic acid powder, while keeping the dicarboxylic acid powder in constant movement; (e) the reaction mixture is kept in constant movement for a time period directly following completion of the dosing; (f) (d) and (e) are carried out at a temperature above 0°C and below all of the following: the boiling temperature of the diamine and the melting temperatures of the dicarboxylic acid, the diamine/dicarboxylic acid salt and any intermediate reaction product, and (g) in (d) and (e) the reaction mixture comprises at most 5 wt.% of water, relative to the total weight of the diamine and dicarboxylic acid, wherein the diamine consists of a mixture of different diamines. (a) the dicarboxylic acid comprises an aromatic dicarboxylic acid; (b) the dicarboxylic acid is provided in a powder form; (c) the diamine is provided in a liquid form; (d) the contacting is performed by gradually dosing diamine liquid to dicarboxylic acid powder, while keeping the dicarboxylic acid powder in constant movement; (e) the reaction mixture is kept in constant movement for a time period directly following completion of the dosing; (f) (d) and (e) are carried out at a temperature above 0°C and below all of the following: the boiling temperature of the diamine and the melting temperatures of the dicarboxylic acid, the diamine/dicarboxylic acid salt and any intermediate reaction product, and (g) in (d) and (e) the reaction mixture comprises at most 5 wt.% of water, relative to the total weight of the diamine and dicarboxylic acid,
An airframe, comprising: a structural reinforcement member including a base flange and a leg extending from the base flange, wherein the structural reinforcement member has a terminal end region that includes a terminal edge of the structural reinforcement member; and a skin operatively coupled to the base flange opposite the leg and extending longitudinally beyond the terminal end region of the structural reinforcement member in a longitudinal direction, with the longitudinal direction referring to a longer dimension of the structural reinforcement member, wherein the skin and the structural reinforcement member collectively define a run-out region encompassing the terminal end region of the structural reinforcement member and a portion of the skin adjacent to the terminal end region of the structural reinforcement member, wherein within the run-out region the skin is more flexible than within portions of the skin that are adjacent to the run-out region, wherein within the run-out region the skin includes a region of reduced cross-sectional area relative to portions of the skin that are adjacent to the region of reduced cross-sectional area, characterized in that the skin defines a void within the region of reduced cross-sectional area, wherein the void preferably is longitudinally aligned with the structural reinforcement member including the leg thereof, wherein the void is arranged on a side of the skin which is opposite the structural reinforcement member. a structural reinforcement member including a base flange and a leg extending from the base flange, wherein the structural reinforcement member has a terminal end region that includes a terminal edge of the structural reinforcement member; and a skin operatively coupled to the base flange opposite the leg and extending longitudinally beyond the terminal end region of the structural reinforcement member in a longitudinal direction, with the longitudinal direction referring to a longer dimension of the structural reinforcement member, wherein the skin and the structural reinforcement member collectively define a run-out region encompassing the terminal end region of the structural reinforcement member and a portion of the skin adjacent to the terminal end region of the structural reinforcement member, wherein within the run-out region the skin is more flexible than within portions of the skin that are adjacent to the run-out region, wherein within the run-out region the skin includes a region of reduced cross-sectional area relative to portions of the skin that are adjacent to the region of reduced cross-sectional area, characterized in that the skin defines a void within the region of reduced cross-sectional area, wherein the void preferably is longitudinally aligned with the structural reinforcement member including the leg thereof, wherein the void is arranged on a side of the skin which is opposite the structural reinforcement member.
A hub system comprising: at least one race track style yoke (402, 404) having an annular shape and comprising a mast section, an outboard section, and a flexure section extending between the mast section and the outboard section; at least one shear bearing; a damper assembly (326, 802); at least one mast adapter (406, 408) comprising a plurality of mast adapter arms, the mast adapter (406, 408) configured to support the at least one race track style yoke and the at least one shear bearing, the damper assembly (326, 802) comprising a damper mount extending from each of the plurality of mast adapter arms; and a blade grip assembly, wherein the at least one race track style yoke (402, 404) has a flapping hinge that is non-coincident with a flapping hinge of the at least one shear bearing, the flexure section being free from direct contact with the mast adaptor, the damper assembly (326, 802), and the blade grip assembly. at least one race track style yoke (402, 404) having an annular shape and comprising a mast section, an outboard section, and a flexure section extending between the mast section and the outboard section; at least one shear bearing; a damper assembly (326, 802); at least one mast adapter (406, 408) comprising a plurality of mast adapter arms, the mast adapter (406, 408) configured to support the at least one race track style yoke and the at least one shear bearing, the damper assembly (326, 802) comprising a damper mount extending from each of the plurality of mast adapter arms; and a blade grip assembly,
A combine harvester header comprising - an arm associated with at least one cutter bar and a frame adapted to support said arm over a soil comprising a plurality of crops to be cut, - a first connector including a first component constrained between said frame and said arm and defining at least a first axis of rotation parallel to said soil around which said arm can rotate with respect to said frame, - a second connector including a second component variable in extension, constrained between said frame and said arm and arranged above said first connector with respect to said soil so as to support by traction said arm with respect to said frame, - said first component defining its own extension and being adjustable so as to allow said extension to be controlled, and characterised in that said second connector comprises control means configured to exert a traction or pulling force on said arm with respect to said soil. - an arm associated with at least one cutter bar and a frame adapted to support said arm over a soil comprising a plurality of crops to be cut, - a first connector including a first component constrained between said frame and said arm and defining at least a first axis of rotation parallel to said soil around which said arm can rotate with respect to said frame, - a second connector including a second component variable in extension, constrained between said frame and said arm and arranged above said first connector with respect to said soil so as to support by traction said arm with respect to said frame, - said first component defining its own extension and being adjustable so as to allow said extension to be controlled, and
A high-pressure fuel supply pump comprising: a pressurizing chamber; a high pressure path; an outlet valve structure; and a pressure relief valve structure, wherein a valve seat member (S, 8a, 200a) shared by the outlet valve structure and the pressure relief valve structure is provided between the pressurizing chamber and the high pressure path; wherein a pressure relief valve seat for the pressure relief valve structure is provided in the valve seat member (S, 8a, 200a) on the side of the pressurizing chamber; wherein an outlet valve seat for the outlet valve structure is provided in the valve seat member (S, 8a, 200a) on the side of the high pressure path; wherein one end of a relief path, whose other end is open in the pressure relief valve seat, is connected with the high pressure path; wherein one end of an outlet path, whose other end is open in the outlet valve seat, is connected with the pressurizing chamber; wherein the pressure relief valve structure is provided on the side of the pressurizing chamber of the pressure relief valve seat; and wherein the outlet valve structure is provided on the downstream side of the outlet valve seat, characterized in that the outlet valve structure and the pressure relief valve structure form, sandwiching the valve seat member (S, 8a, 200a), a unit as one component, and the pressure relief valve structure and the outlet valve structure are covered with an outlet joint fixed to a sidewall of the pump, wherein an outlet valve holder is fixed to the valve seat member (S, 8a, 200a) so that the outlet valve holder encloses an outlet valve seat portion of the valve seat member (S, 8a, 200a); a pressure relief valve body is fixed to the valve seat member (S, 8a, 200a) so that the pressure relief valve body encloses a pressure relief valve seat portion of the valve seat member (S, 8a, 200a); and wherein a valve and a spring comprised in the outlet valve structure are instaled in the outlet valve holder; and wherein a valve and a further spring comprised in the pressure relief valve structure are installed in the pressure relief valve body.
An adjustment mechanism for adjusting a length of a line that is paid out from a fall protection device, comprising: (i) a central gear configured to rotate with a hub about the central rotation axis; (ii) at least one gear attached to a housing of the fall protection device and configured to interact with the central gear; (iii) a pivot having a track configured to interact with the at least one gear as the at least one gear rotates; and (iv) an arm of the pivot configured to urge at least a portion of an engagement mechanism into an engagement position after a predetermined length of the line between a maximum length and a minimum length is paid out from the fall protection device, to thereby prevent further rotation of the hub and payout of the line from the fall protection device, wherein a distance that the pivot moves into the engagement position is adjusted by engaging the at least one gear with the track of the pivot at a specified point, thereby providing a specified length of line to be paid out prior to the arm urging at least a portion of the engagement mechanism into the engagement position.
A spin-on fluid treatment device for removable installation to a filter head, comprising a main body, a cover piece seamed onto said main body, said cover piece having an internally threaded bore comprising a threaded surface, at least one inlet orifice radially removed from said threaded bore, and an axial seal surrounding said at least one inlet orifice; wherein an outlet tube is at least partially disposed inside said threaded bore in a concentric position, wherein a filter element comprising a treatment medium is arranged inside said main body, said treatment medium being arranged to treat fluids entering through said at least one inlet orifice and leaving through said outlet tube; wherein said outlet tube is provided with an externally oriented sealing portion (115,116), configured for engaging with a complementary element (215, 216) of an inlet spud of an entity that receives said treated fluids, wherein said internally threaded bore comprises a ring-shaped space inside the bore and between said outlet tube and said threaded surface, and wherein said cover piece comprises an inwardly angled section extending from a planar portion to a depressed portion, said depressed portion being adjacent to said central bore. wherein an outlet tube is at least partially disposed inside said threaded bore in a concentric position, wherein a filter element comprising a treatment medium is arranged inside said main body, said treatment medium being arranged to treat fluids entering through said at least one inlet orifice and leaving through said outlet tube; wherein said outlet tube is provided with an externally oriented sealing portion (115,116), configured for engaging with a complementary element (215, 216) of an inlet spud of an entity that receives said treated fluids, wherein said internally threaded bore comprises a ring-shaped space inside the bore and between said outlet tube and said threaded surface, and wherein said cover piece comprises an inwardly angled section extending from a planar portion to a depressed portion, said depressed portion being adjacent to said central bore.
Timepiece tourbillon comprising a carriage pivotally mounted about a tourbillon axis with respect to a structure and carrying a balance pivoting about a balance axis and arranged to cooperate in a reciprocating motion with a stop device pivotally mounted on said carriage, characterized in that said tourbillon includes a fixed magnetic wheel, fixed to said structure and comprising at least one continuous magnetic track and/or comprising a series of magnets, said magnetic track being arranged to cooperate by magnetic repulsion and/or attraction with at least one magnet comprised in said stop device in a reciprocating motion of said stop device with respect to said fixed magnetic wheel.
A magnetic actuator for controlled setting into motion a sample for analysis in a liquid medium under high pressure at a high temperature, or under high pressure, comprising: - a casing, - a permanent magnet generating a magnetic field, the magnet being attached on the casing and comprising an air gap, - a coil, which may be supplied with electric current (i), so that said coil may translationally move in the air gap according to a main direction (X-X'), - supporting means, secured to the coil, to which is attached the sample, characterized in that the magnet and the coil are adapted so as to be immersed in the liquid medium, so that the pressure of the medium is exerted isostatically on all the components of the actuator. - a casing, - a permanent magnet generating a magnetic field, the magnet being attached on the casing and comprising an air gap, - a coil, which may be supplied with electric current (i), so that said coil may translationally move in the air gap according to a main direction (X-X'), - supporting means, secured to the coil, to which is attached the sample,
A component consisting of: - a substrate at least a portion of which adjacent to a surface of the substrate is made of a material comprising silicon; - a bond coat located on the surface of the substrate and comprising silicon, - an environmental barrier which comprises an outer layer of ceramic material covering the bond coat, characterized in that said environmental barrier further comprises a self-healing inner layer located between the bond coat and the outer layer, said inner layer comprising a matrix in which silico-forming particles are dispersed, these particles being capable of generating a healing phase for cracks in the matrix in the presence of oxygen, the inner layer comprising a volume charge rate of the particles of between 20% and 40%. - a substrate at least a portion of which adjacent to a surface of the substrate is made of a material comprising silicon; - a bond coat located on the surface of the substrate and comprising silicon, - an environmental barrier which comprises an outer layer of ceramic material covering the bond coat,