mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a maximum vehicle speed for an industrial vehicle (10; 10'), comprising: determining, by a processor of the industrial vehicle (10; 10'), a torque applied to a traction wheel of the industrial vehicle (10; 10'); determining, by the processor of the industrial vehicle (10; 10'), an acceleration of the industrial vehicle (10; 10') while the torque is applied to the traction wheel; based at least in part on the acceleration and the torque applied to the traction wheel, calculating, by the processor of the industrial vehicle (10; 10'), a load being moved by the industrial vehicle (10; 10'); and controlling, by the processor of the industrial vehicle (10; 10'), the maximum speed of the industrial vehicle (10; 10') based on the calculated load being moved by the industrial vehicle (10; 10'). determining, by a processor of the industrial vehicle (10; 10'), a torque applied to a traction wheel of the industrial vehicle (10; 10'); determining, by the processor of the industrial vehicle (10; 10'), an acceleration of the industrial vehicle (10; 10') while the torque is applied to the traction wheel; based at least in part on the acceleration and the torque applied to the traction wheel, calculating, by the processor of the industrial vehicle (10; 10'), a load being moved by the industrial vehicle (10; 10'); and controlling, by the processor of the industrial vehicle (10; 10'), the maximum speed of the industrial vehicle (10; 10') based on the calculated load being moved by the industrial vehicle (10; 10').
A switching apparatus for closing and/or opening an electric circuit and including an actuating unit (3, 5, 22) and a bistable mechanism, the actuating unit (3, 5, 22) being linearly movable between a first end position in which the switching apparatus is in a closed state and a second end position in which the switching apparatus is in an open state, which linear movement defines an axis, the bistable mechanism being arranged to ensure that the actuating unit (3, 5, 22) is held in either of the end positions, which bistable mechanism includes a cam means (7a, 7b) mechanically connected to the actuating unit (3, 5, 22) and at least one cam follower, characterized in that each cam follower includes a roller arranged to roll on the cam means (7a, 7b) and in that the cam means (7a, 7b) has a cam profile with a first and a second axial end defining said first and second end position, which cam profile includes an arc shaped convex portion that extends over a major portion of the cam profile, which convex portion forms a varying angle with the axis, which angle has a maximum in the range of 10° - 45°.
A disposable pacemaker, comprising: a housing including a stylet port; a pulse generator printed circuit board assembly situated in the housing; and a pacing lead secured to the housing and including a lumen aligned with the stylet port, such that the stylet port and the lumen of the pacing lead are configured to receive a stylet, wherein the housing includes a first portion and a second portion secured together to form the housing, wherein the pulse generator printed circuit board assembly includes a circuit board and pacing electronics on the circuit board that face the second portion and comprising a seal formed between or around the circuit board and the second portion, and wherein the pulse generator printed circuit board assembly includes a battery held on the circuit board, and further comprising a power pull-tab situated between the battery and the circuit board, the power pull-tab being removable therefrom to electrically connect the battery and the circuit board. a housing including a stylet port; a pulse generator printed circuit board assembly situated in the housing; and a pacing lead secured to the housing and including a lumen aligned with the stylet port, such that the stylet port and the lumen of the pacing lead are configured to receive a stylet, wherein the housing includes a first portion and a second portion secured together to form the housing, wherein the pulse generator printed circuit board assembly includes a circuit board and pacing electronics on the circuit board that face the second portion and comprising a seal formed between or around the circuit board and the second portion, and wherein the pulse generator printed circuit board assembly includes a battery held on the circuit board, and further comprising a power pull-tab situated between the battery and the circuit board, the power pull-tab being removable therefrom to electrically connect the battery and the circuit board.
A qubit comprising: a substrate; a first capacitor structure (602 A) having a lower portion formed on a surface of the substrate and at least one first raised portion extending above the surface of the substrate; a second capacitor structure (602 B) having a lower portion formed on the surface of the substrate and at least one second raised portion extending above the surface of the substrate, the first capacitor structure and the second capacitor structure formed of a superconducting material; and a junction between the first capacitor structure (602 A) and the second capacitor structure (602 B), the junction disposed at a predetermined distance from the surface of the substrate and having a first end in contact with the first raised portion and a second end in contact with the second raised portion, wherein the junction comprises a Josephson junction. a substrate; a first capacitor structure (602 A) having a lower portion formed on a surface of the substrate and at least one first raised portion extending above the surface of the substrate; a second capacitor structure (602 B) having a lower portion formed on the surface of the substrate and at least one second raised portion extending above the surface of the substrate, the first capacitor structure and the second capacitor structure formed of a superconducting material; and a junction between the first capacitor structure (602 A) and the second capacitor structure (602 B), the junction disposed at a predetermined distance from the surface of the substrate and having a first end in contact with the first raised portion and a second end in contact with the second raised portion, wherein the junction comprises a Josephson junction.
An implantable glaucoma shunt for treating glaucoma in an eye, comprising: a plate adapted to be positioned on the sclera; and an elastomeric drainage tube having an outflow end connected to the plate and opening at the outer face thereof, and an inflow end extending away from the plate, the drainage tube having an open lumen and a length sufficient to extend into the anterior chamber of the eye; and characterised in that the plate has at least 8 fenestrations extending between an outer face and an inner face, the fenestrations permitting tissue to form therethrough; and the glaucoma shunt further includes a flow restrictor (700, 820) positioned within the drainage tube, the flow restrictor being either made of a resorbable suture material and having an open throughbore smaller than the lumen; or movable within the drainage tube, the flow restrictor having exterior length markings and a length sufficient to extend from within the drainage tube to a location past a bleb that forms over the plate after implant. a plate adapted to be positioned on the sclera; and an elastomeric drainage tube having an outflow end connected to the plate and opening at the outer face thereof, and an inflow end extending away from the plate, the drainage tube having an open lumen and a length sufficient to extend into the anterior chamber of the eye; and characterised in that the plate has at least 8 fenestrations extending between an outer face and an inner face, the fenestrations permitting tissue to form therethrough; and the glaucoma shunt further includes a flow restrictor (700, 820) positioned within the drainage tube, the flow restrictor being either made of a resorbable suture material and having an open throughbore smaller than the lumen; or movable within the drainage tube, the flow restrictor having exterior length markings and a length sufficient to extend from within the drainage tube to a location past a bleb that forms over the plate after implant.
An electronic device configured to be driven by a battery and that is capable of being slidably attached to a power feeding device (2, 31,41 or 51) that feeds power to the electronic device, the electronic device being characterized by comprising: a first surface facing a second surface (22, 32, 42, 52) of the power feeding device (2, 31, 41, 51) when the electronic device is attached to the power feeding device (2, 31, 41, 51), a feeding terminal for feeding the power to the electronic device being provided on the second surface; an electrode provided on the first surface and configured to come in contact with the feeding terminal when the electronic device is attached to the power feeding device (2, 31, 41, 51); and one of a groove and a projection (23, 33, 43 or 53) provided on the first surface and configured to fit the other one of the groove and the projection provided on the second surface (22, 32, 42, 52) when the electronic device is attached to the power feeding device (2, 31, 41, 51), wherein: the groove and the projection (23, 33, 43, 53) extend in a direction in which the electronic device moves when the electronic device is being attached to the power feeding device (2, 31, 41, 51); the groove gradually shallows toward ends of the in the direction, and a height of the projection (23, 33, 43, 53) reduces gradually toward ends of the projection (23, 33, 43, 53) in the direction. a first surface facing a second surface (22, 32, 42, 52) of the power feeding device (2, 31, 41, 51) when the electronic device is attached to the power feeding device (2, 31, 41, 51), a feeding terminal for feeding the power to the electronic device being provided on the second surface; an electrode provided on the first surface and configured to come in contact with the feeding terminal when the electronic device is attached to the power feeding device (2, 31, 41, 51); and one of a groove and a projection (23, 33, 43 or 53) provided on the first surface and configured to fit the other one of the groove and the projection provided on the second surface (22, 32, 42, 52) when the electronic device is attached to the power feeding device (2, 31, 41, 51), wherein: the groove and the projection (23, 33, 43, 53) extend in a direction in which the electronic device moves when the electronic device is being attached to the power feeding device (2, 31, 41, 51); the groove gradually shallows toward ends of the in the direction, and a height of the projection (23, 33, 43, 53) reduces gradually toward ends of the projection (23, 33, 43, 53) in the direction. the groove and the projection (23, 33, 43, 53) extend in a direction in which the electronic device moves when the electronic device is being attached to the power feeding device (2, 31, 41, 51); the groove gradually shallows toward ends of the in the direction, and a height of the projection (23, 33, 43, 53) reduces gradually toward ends of the projection (23, 33, 43, 53) in the direction.
An inkjet printer comprising: an inkjet printhead; an ink delivery system configured for supplying ink to the printhead at a negative hydrostatic pressure the ink delivery system comprising an ink conduit; and an air chamber comprising polymer tubing having one end connected to the ink conduit and an opposite end capped, the polymer tubing extending generally upwards from the ink conduit and defining sidewalls of the air chamber, wherein the polymer tubing is air-permeable and has an exterior surface exposed to atmosphere. an inkjet printhead; an ink delivery system configured for supplying ink to the printhead at a negative hydrostatic pressure the ink delivery system comprising an ink conduit; and an air chamber comprising polymer tubing having one end connected to the ink conduit and an opposite end capped, the polymer tubing extending generally upwards from the ink conduit and defining sidewalls of the air chamber, wherein the polymer tubing is air-permeable and has an exterior surface exposed to atmosphere.
A metal clad cable assembly, comprising: a core including a plurality of power conductors (13A-C) cabled together with a subassembly, each of the plurality of power conductors (13A-C) and the subassembly including an electrical conductor, a layer of insulation, and a jacket layer; an assembly jacket layer disposed over the subassembly; a bonding/grounding conductor associated with the core; and a metal sheath disposed over the core and the bonding/grounding conductor. a core including a plurality of power conductors (13A-C) cabled together with a subassembly, each of the plurality of power conductors (13A-C) and the subassembly including an electrical conductor, a layer of insulation, and a jacket layer; an assembly jacket layer disposed over the subassembly; a bonding/grounding conductor associated with the core; and a metal sheath disposed over the core and the bonding/grounding conductor.
A method of preparing reduced graphene oxide comprising: a) adjusting the pH of a graphene oxide composition to between 8 and 12; b) adding to the pH adjusted graphene oxide composition at least one curing agent and mixing the graphene oxide composition by slow agitation at a temperature in the range of from 20 °C to 80 °C for a time period in the range of 4 to 24 hours, wherein the at least one curing agent is selected from: sulfur, at least one dithiocarbamate, and a thiazole; and zinc oxide is optionally part of the mixture of curing agent(s). a) adjusting the pH of a graphene oxide composition to between 8 and 12; b) adding to the pH adjusted graphene oxide composition at least one curing agent and mixing the graphene oxide composition by slow agitation at a temperature in the range of from 20 °C to 80 °C for a time period in the range of 4 to 24 hours,
A forming station for a thermoform packaging machine, comprising a forming tool upper part with a die lid and a forming tool lower part, wherein the forming tool upper part comprises a male die part holding plate (26, 29), which has at least one male die part fixed thereto and which is displaceable along at least one rail provided on or in the die lid, and wherein the forming station comprises a male die part drive, which is drivingly connected to the male die part holding plate (26, 29) for generating a stroke movement of the male die part holding plate (26, 29) relative to the die lid, characterized in that the male die part holding plate (26, 29) has provided thereon at least one guide element, which is movable relative to the male die part holding plate (26, 29) between an engagement position, in which the guide element is adapted to be brought into engagement with an associated rail, and a retracted position in which the guide element is out of engagement with the associated rail.
A method performed by a terminal in a communication system, the method comprising identifying a bearer associated with the terminal; determining whether the bearer associated with the terminal is needed to be deactivated in order to request an emergency bearer; deactivating the bearer locally, in case that the bearer is needed to be deactivated; and transmitting, to a mobility management entity, a first message comprising information on a status of the bearer, in case that the bearer is deactivated locally; or transmitting, to the mobility management entity, a second message including an identity of the bearer for requesting a deactivation of the bearer, in case that the bearer is needed to be deactivated and the bearer is not deactivated locally, wherein the information on the status of the bearer is set to inactive based on a result of the determination, and wherein the first message further includes information on a status of at least one other bearer set to not inactive. deactivating the bearer locally, in case that the bearer is needed to be deactivated; and transmitting, to a mobility management entity, a first message comprising information on a status of the bearer, in case that the bearer is deactivated locally; or transmitting, to the mobility management entity, a second message including an identity of the bearer for requesting a deactivation of the bearer, in case that the bearer is needed to be deactivated and the bearer is not deactivated locally,
A method of producing a thick non-linear optical grating with a thickness of several hundred microns from an initial non-linear optical grating, the thickness (E 2) of the non-linear optical grating being greater than the thickness (E 0) of the initial non-linear optical grating, said initial grating comprising at least one plurality of mutually parallel planar layers, said layers having at least two non-linear coefficients having algebraically different values, said initial grating comprising a first face and a second face that are substantially parallel to one another and substantially perpendicular to the mean plane of the layers, said second face being free, characterised in that it comprises the following production steps: • a first step of determining the thickness (E 01, E 02) of the upper part of the initial grating located beneath the second face and comprising structural surface imperfections; • a second step of polishing the second face of said initial grating, making it possible to remove the upper part comprising said imperfections and to obtain a polished and planar third face, said face substantially perpendicular to the mean plane of the layers; • a third step of cleaning and checking said third face; • at least a fourth step of epitaxially depositing at least one layer (Ibis, 1ter) of material deposited on said third face, the epitaxial growth reproducing in said deposited layer a structure similar to that of the initial grating, the combination of the initial grating and said deposited layer (1bis, 1ter) constituting the non-linear optical grating. • a first step of determining the thickness (E 01, E 02) of the upper part of the initial grating located beneath the second face and comprising structural surface imperfections; • a second step of polishing the second face of said initial grating, making it possible to remove the upper part comprising said imperfections and to obtain a polished and planar third face, said face substantially perpendicular to the mean plane of the layers; • a third step of cleaning and checking said third face; • at least a fourth step of epitaxially depositing at least one layer (Ibis, 1ter) of material deposited on said third face, the epitaxial growth reproducing in said deposited layer a structure similar to that of the initial grating, the combination of the initial grating and said deposited layer (1bis, 1ter) constituting the non-linear optical grating.
A heat exchanger and accumulator device for ventilating rooms, comprising: - a housing body having a longitudinal development axis, which can be fitted into a wall and at least one air passage duct (3, 4), said duct (3, 4) having a first opening (3a, 4a) and a second opening (3b, 4b), said first opening (3a, 4a) being configured for providing fluid communication between said duct (3, 4) and a first environment, said second opening (3b, 4b) being configured for providing fluid communication between said duct (3, 4) and a second environment, said duct (3, 4) also having a central zone (3c, 4c) located between said first opening (3a, 4a) and said second opening (3b, 4b); - at least one heat accumulator configured for releasing and/or receiving heat from air, located inside said duct (3, 4); said at least one accumulator being in a proximal position to one of said openings (3a, 4a, 3b, 4b), - air moving means being placed in a central zone (3c, 4c) of said duct (3, 4), - said air moving means configured to push air from the first opening (3a, 4a) to the second opening (3b, 4b) and from the second opening (3b, 4b) to the first opening (3a, 4a); characterized in that it comprises a first duct and a second duct, each having a first opening (3a, 4a) and a second opening (3b, 4b), the first opening of the first duct being configured to provide fluid communication between the first duct and a first environment, said second opening of said first duct being configured to provide fluid communication between said first duct and said second environment, said first opening of the second duct being configured to provide fluid communication between the second duct and a second environment, said second opening of said second duct being configured to provide fluid communication between said second duct and said first environment. - a housing body having a longitudinal development axis, which can be fitted into a wall and at least one air passage duct (3, 4), said duct (3, 4) having a first opening (3a, 4a) and a second opening (3b, 4b), said first opening (3a, 4a) being configured for providing fluid communication between said duct (3, 4) and a first environment, said second opening (3b, 4b) being configured for providing fluid communication between said duct (3, 4) and a second environment, said duct (3, 4) also having a central zone (3c, 4c) located between said first opening (3a, 4a) and said second opening (3b, 4b); - at least one heat accumulator configured for releasing and/or receiving heat from air, located inside said duct (3, 4); said at least one accumulator being in a proximal position to one of said openings (3a, 4a, 3b, 4b), - air moving means being placed in a central zone (3c, 4c) of said duct (3, 4), - said air moving means configured to push air from the first opening (3a, 4a) to the second opening (3b, 4b) and from the second opening (3b, 4b) to the first opening (3a, 4a);
A ring propeller for a thruster, which ring propeller comprises a ring, a centre element and at least one propeller blade extending between and attached to the centre element and the ring respectively, which at least one propeller blade has a leading edge profile and a trailing edge profile in a cross section perpendicular to the ring propeller's axis of rotation A, the at least one propeller blade being provided with forward skew, characterised i n that the outermost part of the blade meets zones with changed speed earlier and in that the leading edge profile of the at least one propeller blade has an S-shape with a concave shape in a portion at a point of attachment to the ring such that a tangent to the leading edge profile at the point of attachment to the ring propeller's encompassing ring and the tangent to the encompassing ring at the same attachment point form an angle which is greater than 0° and less than 90°.
A peptide comprising an epidermal growth factor-like (EGF-like) domain of human glial growth factor 2, wherein the peptide is GGF2, for use in treating or preventing heart failure in a mammal by administering a therapeutically effective amount at intervals of at least 96 hours.