mhurhangee/ep-ind-claims huggingface dataset:
A fuel delivery system for delivering fuel to a direct injection internal combustion engine comprising a fuel pump, a fuel injector and a fuel rail being rigid in a construction and fluidly connected to said fuel pump and said fuel injector, said fuel injector injecting fuel from a passageway in communication with a combustion chamber in an engine block into said combustion chamber, wherein said fuel injector has a fuel injector main body including a fuel inlet and a nozzle tip which has a fuel injection port, and wherein said fuel rail has an injector cup having an end opening space fluidly connected to the fuel rail, said injector cup being dimensioned to be formed so as to receive a portion of said fuel injector main body, wherein said fuel injector is secured to said injector cup and comprises an injector holder assembly for positioning the nozzle tip of said fuel injector to be spaced from said engine block passageway, wherein the injector holder assembly suspends its associated fuel injector from the fuel rail thus avoiding a metal-to-metal contact with the engine block, and said injector holder assembly has a clip holder removably attached to the end of said injector cup and a clip plate attached to said clip holder and provided separately with the clip holder, said clip plate being in abutment with an abutment surface of said fuel injector main body, characterized in that a top surface of the clip plate abuts on the injector cup and a bottom surface of the clip plate abuts on the clip holder.
Device for adjusting the stiffness of a sprung slat, preferably mounted in a slatted base, comprising a retaining bracket for securing an object, preferably a sprung slat support, against said sprung slat, preferably against an underside of said sprung slat, said retaining bracket having a bottom portion, a first and second side wall portion (9, 10) and a upper portion, said bottom portion having a first end connected to a first end of said first side wall portion, said bottom portion having a second end connected to a first end of said second side wall portion, said upper portion having a first end connected to a second end of said first side wall portion and said upper portion having a second end connected to a second end of said second side wall portion, wherein said retaining bracket is adjustable between an open position and a closed position by pivoting at least part of said retaining bracket, wherein a bracket retaining region is enclosed by said bottom portion, said first and second side wall portions (9, 10) and said upper portion when said retaining bracket is in the closed position and wherein said bracket retaining region opens along an outer circumference when said retaining bracket is adjusted to the open position, and wherein at least one, preferably two, of said first and second side wall portion (9, 10) is provided with a clamping ridge extending from an inner surface of the side wall portion (9, 10), in that said retaining bracket is pivotally adjustable between the open position and the closed position by opening and closing said retaining bracket at a first and second closing end (19, 20) provided on said retaining bracket and wherein a locking device is provided on said first and second closing end (19, 20) for securing said retaining bracket in a closed position, and in that an apical end of said second closing end is provided with a clamping ridge perpendicular to a central outer circumference of said retaining bracket and wherein said second closing end also further includes a locking device receiving opening extending through said retaining bracket and adjacent to a female locking recess.
Interference pigments based on platelet shaped substrates with a particle diameter in the range 1-100 μm characterized in that the substrates are coated on the surface with at least four layers to, whereas is a high refractive index layer which essentially consists of SnO 2 is a high refractive index layer which essentially consists of TiO 2 is a high refractive index layer which essentially consists of SnO 2 is a high refractive index layer which essentially consists of TiO 2 and optionally an outer protective layer, whereas essentially means that the layers consist of 100 % SnO 2 or TiO 2 based on each layer. whereas is a high refractive index layer which essentially consists of SnO 2 is a high refractive index layer which essentially consists of TiO 2 is a high refractive index layer which essentially consists of SnO 2 is a high refractive index layer which essentially consists of TiO 2 and optionally an outer protective layer, is a high refractive index layer which essentially consists of SnO 2 is a high refractive index layer which essentially consists of TiO 2 is a high refractive index layer which essentially consists of SnO 2 is a high refractive index layer which essentially consists of TiO 2 and optionally an outer protective layer, whereas essentially means that the layers consist of 100 % SnO 2 or TiO 2 based on each layer.
Shoulder prosthesis comprising: - a glenoidal component (12, 12', 12", 12"', 12"") having a glenoidal articulation surface (16, 16') and a humeral component having a humeral articulation surface, and - a separate mobile glenohumeral bearing component (20, 20', 20", 20'', 20"") comprising a glenoidal bearing surface (22, 22') and a humeral bearing surface (24, 24') arranged on opposite sides of the glenohumeral bearing component (20, 20', 20", 20"', 20""), wherein the glenoidal bearing surface (22, 22') is adapted to contact in an implanted state the glenoidal articulation surface (16, 16') and wherein the humeral bearing surface (24, 24') is adapted to contact in an implanted state the humeral articulation surface, wherein at least one of the glenoidal and humeral bearing surfaces (22, 22', 24, 24') is concave, wherein the glenohumeral bearing component (20, 20', 20", 20'" 20"") is adapted to be disposed in an implanted state between the glenoidal component (12, 12', 12", 12"', 12"") and the humeral component, and wherein the glenoidal articulation surface is convex, characterized in that the humeral articulation surface is also convex. - a glenoidal component (12, 12', 12", 12"', 12"") having a glenoidal articulation surface (16, 16') and a humeral component having a humeral articulation surface, and - a separate mobile glenohumeral bearing component (20, 20', 20", 20'', 20"") comprising a glenoidal bearing surface (22, 22') and a humeral bearing surface (24, 24') arranged on opposite sides of the glenohumeral bearing component (20, 20', 20", 20"', 20""), wherein the glenoidal bearing surface (22, 22') is adapted to contact in an implanted state the glenoidal articulation surface (16, 16') and wherein the humeral bearing surface (24, 24') is adapted to contact in an implanted state the humeral articulation surface,
Use of Leonurine or a pharmaceutically acceptable salt thereof or a solvate thereof in the manufacture of a medicament for preventing and/or treating heart failure.
Gearbox for a vehicle, comprising a planetary gear with a ring gear, a sun wheel and a planetary wheel carrier, on which at least one planetary wheel is mounted in a rotatable manner, which ring gear and sun wheel engage with the at least one planetary wheel through teeth; and a first axially shiftable coupling sleeve, which is arranged to disconnect an input shaft of the gearbox from the planetary wheel carrier in a first gear position, and, to connect the input shaft with the planetary wheel carrier in a second gear position, a second axially shiftable coupling sleeve, which is arranged to connect a gearbox house around the planetary gearbox with the ring gear in the first gear position, and to disconnect the gearbox house from the ring gear in the second gear position, a third axially shiftable coupling sleeve, which is arranged to connect the ring gear with an output shaft in a third gear position, so that the second axially shiftable coupling sleeve is arranged to connect the planetary wheel carrier with the gearbox house, in the third gear position.
A method for media transfer between user equipments, comprising: receiving, by a target continuity application server, a pull mode media transfer request initiated by an initiator user equipment to a target user equipment, wherein a source user equipment in which media to be transferred is involved is named the target user equipment, the target continuity application server is a continuity application server that the target user equipment belongs to and the pull mode media transfer request comprises session identifier information, and the session identifier information is used to identify a session in which media to be transferred on the target user equipment is involved; and when the session in which the media to be transferred is involved is a collaborative session and the target continuity application server judges, according to the session identifier information, that the target continuity application server is a controllee continuity application server in the collaborative session in which the media to be transferred is involved, forwarding the pull mode media transfer request to a controller continuity application server in the collaborative session, so that the controller continuity application server performs media transfer, wherein the controller continuity application server is a continuity application server that a controller user equipment in the collaborative session belongs to. receiving, by a target continuity application server, a pull mode media transfer request initiated by an initiator user equipment to a target user equipment, wherein a source user equipment in which media to be transferred is involved is named the target user equipment, the target continuity application server is a continuity application server that the target user equipment belongs to and the pull mode media transfer request comprises session identifier information, and the session identifier information is used to identify a session in which media to be transferred on the target user equipment is involved; and when the session in which the media to be transferred is involved is a collaborative session and the target continuity application server judges, according to the session identifier information, that the target continuity application server is a controllee continuity application server in the collaborative session in which the media to be transferred is involved, forwarding the pull mode media transfer request to a controller continuity application server in the collaborative session, so that the controller continuity application server performs media transfer, wherein the controller continuity application server is a continuity application server that a controller user equipment in the collaborative session belongs to.
Vacuum pump, in particular turbomolecular vacuum pump, comprising a stator, a rotor having at least one rotor element rotatable relatively to the stator wherein the rotor is supported by at least one permanent magnetic bearing having a first magnetic element connected to the stator and a second magnetic element connected to the rotor, wherein the second magnetic element is connected to the rotor by a sleeve having a radial inner side in direct contact with the second magnetic element and a radial outer side towards the rotor, characterized in that the outer side comprises at least one groove and/or at least one web, wherein the second magnetic element is fixed to the sleeve by an interference fit and the sleeve is fixed to the rotor by an interference fit. a stator, a rotor having at least one rotor element rotatable relatively to the stator wherein the rotor is supported by at least one permanent magnetic bearing having a first magnetic element connected to the stator and a second magnetic element connected to the rotor, wherein the second magnetic element is connected to the rotor by a sleeve having a radial inner side in direct contact with the second magnetic element and a radial outer side towards the rotor, characterized in that the outer side comprises at least one groove and/or at least one web, wherein the second magnetic element is fixed to the sleeve by an interference fit and the sleeve is fixed to the rotor by an interference fit.
A method performed by apparatus, the apparatus being mounted on an unmanned vehicle and arranged to act upon a payload, the payload being mounted on the unmanned vehicle and, under an action of the apparatus, able to be activated, the method comprising: receiving an activation instruction from an entity, the entity being remote from the unmanned vehicle; determining whether or not the received activation instruction is valid by performing a validation process; and in response to determining that the received activation instruction is valid, activating the payload, wherein the apparatus comprises, or has access to, validation information; and the validation process comprises comparing the received activation instruction to the validation information, wherein the activation instruction comprises a code; and the validation information is a further code, the further code being stored in the apparatus characterised in that the activation instruction comprises an indication of the next anticipated valid code for a next activation instruction, the next activation instruction being subsequent to the activation instruction. receiving an activation instruction from an entity, the entity being remote from the unmanned vehicle; determining whether or not the received activation instruction is valid by performing a validation process; and in response to determining that the received activation instruction is valid, activating the payload, wherein the apparatus comprises, or has access to, validation information; and the validation process comprises comparing the received activation instruction to the validation information, wherein the activation instruction comprises a code; and the validation information is a further code, the further code being stored in the apparatus characterised in that the activation instruction comprises an indication of the next anticipated valid code for a next activation instruction, the next activation instruction being subsequent to the activation instruction.
A composition or vaccine for use in a method of inducing an immunogenic or protective response in an animal against one or more avian pathogens, said composition or vaccine comprising a recombinant Gallid herpesvirus 3 (MDV-2) SB-1 strain vector, said vector comprising one or more heterologous polynucleotides coding for and expressing at least one antigen of an avian pathogen, wherein the heterologous polynucleotide encodes the Newcastle Disease Virus protein NDV-F, wherein said method comprises at least one administration of said composition or vaccine.
A tamper evident packaging, comprising: a first panel; a second panel at least partially adhered to the first panel; the packaging comprising a tear-off strip in at least one of the panels (12,14); characterized in that the first panel and the second panel are both fabricated from polyvinyl chloride, and the first panel and the second panel are at least partially adhered with a polyurethane. a first panel; a second panel at least partially adhered to the first panel; the packaging comprising a tear-off strip in at least one of the panels (12,14); characterized in that the first panel and the second panel are both fabricated from polyvinyl chloride, and the first panel and the second panel are at least partially adhered with a polyurethane.
A switchable linear actuator device to control the operating of first and second non-friction coupling assemblies, the device comprising: a stator structure including at least one electromagnetic source to create an electronically-switched magnetic field; and a translator structure including a magnetically-latching, permanent magnet source magnetically coupled to the stator structure across a radial air gap and supported for translational movement relative to the stator structure along an axis between a plurality of predefined, discrete, axial positions including a first extended position which corresponds to an operating mode of the first coupling assembly and a second extended position which corresponds to an operating mode of the second coupling assembly, the translator structure being configured to translate along the axis between the different positions upon experiencing a net translational force comprising a first translational force caused by energization of the at least one electromagnetic source and a magnetic latching force based upon linear position of the permanent magnet source along the axis, the device being characterised in that the the translator structure is further including first and second bi-directionally moveable, spring-biased connecting rods, the first connecting rod being coupled to a first locking element of the first coupling assembly, and the second connecting rod being coupled to a second locking element of the second coupling assembly. a stator structure including at least one electromagnetic source to create an electronically-switched magnetic field; and a translator structure including a magnetically-latching, permanent magnet source magnetically coupled to the stator structure across a radial air gap and supported for translational movement relative to the stator structure along an axis between a plurality of predefined, discrete, axial positions including a first extended position which corresponds to an operating mode of the first coupling assembly and a second extended position which corresponds to an operating mode of the second coupling assembly, the translator structure being configured to translate along the axis between the different positions upon experiencing a net translational force comprising a first translational force caused by energization of the at least one electromagnetic source and a magnetic latching force based upon linear position of the permanent magnet source along the axis, the device being characterised in that the the translator structure is further including first and second bi-directionally moveable, spring-biased connecting rods, the first connecting rod being coupled to a first locking element of the first coupling assembly, and the second connecting rod being coupled to a second locking element of the second coupling assembly.
A support system for a feeder cable used to provide power to an electric machine associated with a wing of an aircraft comprising: an attachment configured to attach to a structure within the wing; characterized by: a thermoelectric cooler having a heated side thermally disposed on the attachment and a cooled side; a passage having an inner perimeter sized to receive the feeder cable and thermally connect to the cooled side, wherein the cooled side is thermally conductive with the inner perimeter at a thermal conductivity greater than 100 watts per meter-kelvin at one °C and the heated side is thermally conductive with the attachment and thereby the structure at the thermal conductivity; and an inductive coil disposed near the passage such that when alternating current is passing through the feeder cable, induced current is induced in the inductive coil that is used to energize the thermoelectric cooler. a thermoelectric cooler having a heated side thermally disposed on the attachment and a cooled side; a passage having an inner perimeter sized to receive the feeder cable and thermally connect to the cooled side, wherein the cooled side is thermally conductive with the inner perimeter at a thermal conductivity greater than 100 watts per meter-kelvin at one °C and the heated side is thermally conductive with the attachment and thereby the structure at the thermal conductivity; and an inductive coil disposed near the passage such that when alternating current is passing through the feeder cable, induced current is induced in the inductive coil that is used to energize the thermoelectric cooler.
Method for determining a parameter of an optical equipment, the method comprising: - an optical equipment positioning step, during which an optical equipment comprising a pair of optical lenses mounted on a spectacle frame is positioned in a first position and is physically received by a receiving element, - a portable electronic device positioning step, during which a portable electronic device comprising an image acquisition module and measuring means is positioned in a second position determined and/or known relatively to the first position so as to acquire an image of a distant element seen through at least part of the optical lenses of the optical equipment in the first position and the portable electronic device is physically received by an acquisition receiving element so as to assure an accurate and controlled position and orientation between the acquisition module and the optical equipment, - a position determining step, during which the distance and the relative orientation of the image acquisition module of the portable electronic device and the optical equipment are determined using at least measuring means of the portable electronic device, those means consisting of a 3D / stereo camera or a telemeter, and - a parameter determining step, during which at least one optical parameter of the optical equipment is determined based on the image of a distant element seen through at least part of the optical lenses of the optical equipment in the first position and the determined distance and the relative orientation of the image acquisition module of the portable electronic device and the optical equipment. - an optical equipment positioning step, during which an optical equipment comprising a pair of optical lenses mounted on a spectacle frame is positioned in a first position and is physically received by a receiving element, - a portable electronic device positioning step, during which a portable electronic device comprising an image acquisition module and measuring means is positioned in a second position determined and/or known relatively to the first position so as to acquire an image of a distant element seen through at least part of the optical lenses of the optical equipment in the first position and the portable electronic device is physically received by an acquisition receiving element so as to assure an accurate and controlled position and orientation between the acquisition module and the optical equipment, - a position determining step, during which the distance and the relative orientation of the image acquisition module of the portable electronic device and the optical equipment are determined using at least measuring means of the portable electronic device, those means consisting of a 3D / stereo camera or a telemeter, and - a parameter determining step, during which at least one optical parameter of the optical equipment is determined based on the image of a distant element seen through at least part of the optical lenses of the optical equipment in the first position and the determined distance and the relative orientation of the image acquisition module of the portable electronic device and the optical equipment.