mhurhangee/ep-ind-claims huggingface dataset:
A method of making nanowires comprising: forming a selective growth mask over a substrate, wherein the selective growth mask comprises a plurality of patterned apertures that expose a plurality of portions of the substrate; using a selective non-pulsed growth mode to grow a semiconductor material on each of the plurality of portions of the substrate exposed in each of the patterned apertures, wherein the selective non-pulsed growth mode comprises continuously flowing Group III and Group V precursor gases of the semiconductor material in a growth reactor; performing a growth-mode transition from the selective non-pulsed growth mode to a pulsed growth mode, wherein the pulsed growth comprises alternately introducing the Group III and Group V precursor gases of the semiconductor material in the growth reactor with one or more sequence loops (324, 328); and forming a plurality of semiconductor nanowires by continuing the pulsed growth mode of the semiconductor material. forming a selective growth mask over a substrate, wherein the selective growth mask comprises a plurality of patterned apertures that expose a plurality of portions of the substrate; using a selective non-pulsed growth mode to grow a semiconductor material on each of the plurality of portions of the substrate exposed in each of the patterned apertures, wherein the selective non-pulsed growth mode comprises continuously flowing Group III and Group V precursor gases of the semiconductor material in a growth reactor; performing a growth-mode transition from the selective non-pulsed growth mode to a pulsed growth mode, wherein the pulsed growth comprises alternately introducing the Group III and Group V precursor gases of the semiconductor material in the growth reactor with one or more sequence loops (324, 328); and forming a plurality of semiconductor nanowires by continuing the pulsed growth mode of the semiconductor material.
A method for enabling access to a predetermined function of a security module (100, 100') on behalf of an authorized authority (200, 200'), comprising the steps of: - providing a security module (100, 100'); - presenting a secret (G*) to be presented to the security module (100, 100') by a device of the authorized authority, wherein the secret (G*) to be presented or a predefined association rule is transmitted from the manufacturer of the security module (100, 100') to the authorized authority (200, 200') via cryptographically secured communication; - verifying the presented secret (G*) by the security module (100, 100') in dependence of a predefined secret (G, G SM); - enabling access to the predetermined function by the security module (100, 100') only after successful verification of the presented secret (G*); characterized in that the predetermined function comprises an application that is secured by a personal identification code, which application is adapted for verifying an initial use of the application. - providing a security module (100, 100'); - presenting a secret (G*) to be presented to the security module (100, 100') by a device of the authorized authority, wherein the secret (G*) to be presented or a predefined association rule is transmitted from the manufacturer of the security module (100, 100') to the authorized authority (200, 200') via cryptographically secured communication; - verifying the presented secret (G*) by the security module (100, 100') in dependence of a predefined secret (G, G SM); - enabling access to the predetermined function by the security module (100, 100') only after successful verification of the presented secret (G*); characterized in that the predetermined function comprises an application that is secured by a personal identification code, which application is adapted for verifying an initial use of the application.
A light having a fly killing function comprising at least one LED chip, a fly storage means, a negative pressure fan, a fan hanger, a ventilation net, a power supply; the fly storage means is connected to the fan hanger, the negative pressure fan is mounted onto the fan hanger above the fly storage means, a gap is provided between blades of the negative pressure fan and an upper end of the fly storage means to allow flies to go through; the ventilation net comprises a plurality of ventilation holes having a size that is able to stop flies from passing therethrough, and the ventilation net is provided circumferentially between an outside wall of the fan hanger and an outside wall of the fly storage means, and the fan hanger, the ventilation net and the fly storage means form a substantially closed space except for the ventilation holes and the air inlet, characterized in that: - the LED chip is secured to a lower end of the fly storage means; - the fly storage means comprises an air inlet and a fly storage groove. - the LED chip is secured to a lower end of the fly storage means; - the fly storage means comprises an air inlet and a fly storage groove.
A surgical drape kit for performing a surgical procedure on a patient comprising a package containing: a surgical drape having a fenestration site; a plurality of containers attached to the surgical drape; and a plurality of components used to perform a surgical procedure, wherein the plurality of containers is attached to the surgical drape around a perimeter of the fenestration site; characterised in that each of the plurality of containers includes at least one of the plurality of components disposed therein, wherein the plurality of components disposed inside each of the plurality of containers is determined by sequential steps of the surgical procedure. a surgical drape having a fenestration site; a plurality of containers attached to the surgical drape; and a plurality of components used to perform a surgical procedure, wherein the plurality of containers is attached to the surgical drape around a perimeter of the fenestration site; characterised in that each of the plurality of containers includes at least one of the plurality of components disposed therein, wherein the plurality of components disposed inside each of the plurality of containers is determined by sequential steps of the surgical procedure.
A method (900; 1000), comprising: Disposing (902; 1002) a sensor (442p, 442q) in a fluid in a wellbore, the sensor comprising a heater (454p, 454q) and a temperature sensor (456p, 456q), the heater being a RTD type sensor, the fluid flowing at a velocity of about zero centimeters per second to about ten centimeters per second, the fluid comprising at least one of particulates, paraffin and asphaltenes; obtaining (906; 1008) a first measurement via the heater; obtaining (908; 1010) a second measurement via the temperature sensor; and based on the first measurement and the second measurement, determining (910; 1014) the velocity of the fluid. Disposing (902; 1002) a sensor (442p, 442q) in a fluid in a wellbore, the sensor comprising a heater (454p, 454q) and a temperature sensor (456p, 456q), the heater being a RTD type sensor, the fluid flowing at a velocity of about zero centimeters per second to about ten centimeters per second, the fluid comprising at least one of particulates, paraffin and asphaltenes; obtaining (906; 1008) a first measurement via the heater; obtaining (908; 1010) a second measurement via the temperature sensor; and based on the first measurement and the second measurement, determining (910; 1014) the velocity of the fluid.
Method for reducing the amount of moisture condensed to inside an enclosure enclosing an inverter for converting electric power received from an external power source and feeding electric power to an external power recipient (#), the external power source supplying output power to the inverter in a first electrical power range going from 0 to a maximum output power (max input) and the external power recipient (#) being adapted to receive electric power from the inverter in a limited power range comprised between a minimum power (min output) and a maximum input power (max output), said enclosure comprising a boiler) for collecting and exhausting the moisture, the boiler comprising: - a receptacle for collecting condensed moisture from inside the enclosure, - means for channeling the condensed moisture from inside the enclosure to the receptacle, - heating means arranged to the receptacle for heating the moisture there within, and - an outlet for exhausting the heated moisture from the receptacle to outside the arrangement, the method being characterized in utilizing electric power received by the inverter when the output power of the external power source exceeds the maximum input power (max output) of the external power recipient (#) or when the output power of the external power source is below (A, C) the minimum input power (min output) of the external power recipient (#)for heating the condensed moisture for exhaustion thereof. - a receptacle for collecting condensed moisture from inside the enclosure, - means for channeling the condensed moisture from inside the enclosure to the receptacle, - heating means arranged to the receptacle for heating the moisture there within, and - an outlet for exhausting the heated moisture from the receptacle to outside the arrangement,
A roll-to-roll surface processing device comprising: at least two can rolls (17, 23) that cool a long base material transferred in a roll-to-roll manner in a vacuum chamber with a cooling medium circulating therein by wrapping the long base material around outer circumferences thereof; and surface processing units provided so as to face the outer circumferences of the can rolls (17, 23), characterized in that at least one of the at least two can rolls (17, 23) other than the can roll provided most upstream has a gas release mechanism that releases a gas from the outer circumference. at least two can rolls (17, 23) that cool a long base material transferred in a roll-to-roll manner in a vacuum chamber with a cooling medium circulating therein by wrapping the long base material around outer circumferences thereof; and surface processing units provided so as to face the outer circumferences of the can rolls (17, 23), characterized in that at least one of the at least two can rolls (17, 23) other than the can roll provided most upstream has a gas release mechanism that releases a gas from the outer circumference.
A percussion primer composition obtainable by using a water processing technique, the composition comprising: about 5% to about 40% by weight of the primer composition of at least one explosive and optionally a sensitizer; about 5% to about 20% by weight of the primer composition of at least one nano-size non-coated fuel particle with an average size of about 50 nanometres to about 120 nanometres, the fuel particle having natural surface oxides thereon; at least one buffer; and an oxidizer. about 5% to about 40% by weight of the primer composition of at least one explosive and optionally a sensitizer; about 5% to about 20% by weight of the primer composition of at least one nano-size non-coated fuel particle with an average size of about 50 nanometres to about 120 nanometres, the fuel particle having natural surface oxides thereon; at least one buffer; and an oxidizer.
Separator having a separator housing, a separator wheel which is arranged in the separator housing and which has a rotation axis, and a guide vane ring which is arranged in the separator housing, wherein an annular space is provided in a radial direction perpendicular to the rotation axis between the guide vane ring and the separator housing and a separation zone is provided between the guide vane ring and the separator wheel, wherein the guide vane ring has a plurality of vertical guide vanes, characterised in that at least between two adjacent vertical guide vanes there is arranged at least one redirection element which has at least one downwardly facing curvature and/or fold.
A disk brake, in particular a sliding-caliper disk brake, having at least a positionally fixed brake carrier which has two pairs of carrier horns (7 R, 8 R; 7 Z, 8 Z) by means of which a reaction-side brake pad and an application-side brake pad are held, a brake caliper which comprises a brake caliper rear section and an application section, the brake caliper rear section being equipped at each end with a tension strut (25, 26), and an application mechanism, the spacing between the carrier horns (7 R, 8 R) that receive the reaction-side brake pad being greater than the spacing between the carrier horns (7 Z, 8 Z) that receive the application-side brake pad, the carrier horns (7 R, 8 R) on a reaction side of the brake carrier being of shorter design than those on an application side of the brake carrier, and the reaction-side brake pad and the application-side brake pad and the two pairs of carrier horns (7 R, 8 R; 7 Z, 8 Z) each bearing against one another at support surfaces.
An exercise apparatus comprising: an inelastic strap portion made of a first material and having a first end including a first loop, formed by continuing said first material through said first loop and attaching said first material to said inelastic strap portion by first stitching; and a second loop; and a hand grip supported by said first loop where the handgrip further includes an inner cylindrical portion where said exercise apparatus is adapted to support the weight of a user of the exercise device by said hand grip, said second loop, or some combination thereof, characterized in that said second loop is a strap formed from one or more inelastic pieces attached together that form a continuous loop through the cylindrical portion. an inelastic strap portion made of a first material and having a first end including a first loop, formed by continuing said first material through said first loop and attaching said first material to said inelastic strap portion by first stitching; and a second loop; and a hand grip supported by said first loop where the handgrip further includes an inner cylindrical portion where said exercise apparatus is adapted to support the weight of a user of the exercise device by said hand grip, said second loop, or some combination thereof, characterized in that said second loop is a strap formed from one or more inelastic pieces attached together that form a continuous loop through the cylindrical portion.
An indirectly heating rotary dryer, comprising: a rotating shell, which is rotated about a shaft center thereof, and which is capable of feeding of a material to be dried from one end side thereof and discharge of the dried material from the other end side thereof, a plurality of heating tubes, which heat the material to be dried in the rotating shell and are arranged respectively in the rotating shell in parallel to the shaft center of the rotating shell, and a plurality of partition walls, which are arranged in the rotating shell so as to partition an inner space of the rotating shell into a plurality of small spaces respectively extended along the shaft center of the rotating shell, a feed unit, which feeds the material to be dried into the rotating shell, and a cylindrical center cover, which is arranged in the vicinity of the shaft center of the rotating shell, having a size corresponding to a seal portion to seal a clearance between the feed unit and the rotating shell, wherein the respective partition walls connect an outer circumferential face of the center cover and an inner circumferential face of the rotating shell, characterized in that the center cover is extended to the vicinity of the feed unit, which feeds the material to be dried into the rotating shell, a screw-shaped blade, which reaches the inner circumferential face of the rotating shell, is arranged at the outer circumferential face of the extended center cover, and a cutout portion is formed so as to eliminate a portion of the center cover at a part where the screw-shaped blade is arranged. a rotating shell, which is rotated about a shaft center thereof, and which is capable of feeding of a material to be dried from one end side thereof and discharge of the dried material from the other end side thereof, a plurality of heating tubes, which heat the material to be dried in the rotating shell and are arranged respectively in the rotating shell in parallel to the shaft center of the rotating shell, and a plurality of partition walls, which are arranged in the rotating shell so as to partition an inner space of the rotating shell into a plurality of small spaces respectively extended along the shaft center of the rotating shell, a feed unit, which feeds the material to be dried into the rotating shell, and a cylindrical center cover, which is arranged in the vicinity of the shaft center of the rotating shell, having a size corresponding to a seal portion to seal a clearance between the feed unit and the rotating shell, wherein the respective partition walls connect an outer circumferential face of the center cover and an inner circumferential face of the rotating shell,
A method of cleaning a component within a turbine engine, said method comprising: disassembling the turbine engine to provide a flow path to an interior passageway of the component from an access point in the turbine engine, wherein the component has coked hydrocarbons formed thereon; filling a volume of the interior passageway with an amount of cleaning solution, wherein the cleaning solution is configured to remove the coked hydrocarbons from the component; and holding the amount of cleaning solution within the interior passageway for a predetermined residence time, characterized in that disassembling the turbine engine comprises disassembling a fan assembly of the turbine engine by removing a center body from a fan midshaft to define a first open end of the fan midshaft of the turbine engine and removing center vent tube from the fan midshaft to provide access to an interior of fan midshaft, wherein the first open end defines the access point to an interior passageway of the fan midshaft which has coked hydrocarbons formed therein. disassembling the turbine engine to provide a flow path to an interior passageway of the component from an access point in the turbine engine, wherein the component has coked hydrocarbons formed thereon; filling a volume of the interior passageway with an amount of cleaning solution, wherein the cleaning solution is configured to remove the coked hydrocarbons from the component; and holding the amount of cleaning solution within the interior passageway for a predetermined residence time, characterized in that disassembling the turbine engine comprises disassembling a fan assembly of the turbine engine by removing a center body from a fan midshaft to define a first open end of the fan midshaft of the turbine engine and removing center vent tube from the fan midshaft to provide access to an interior of fan midshaft, wherein the first open end defines the access point to an interior passageway of the fan midshaft which has coked hydrocarbons formed therein.
A method for molding a product, comprising: magnetizing a portion of a molding mold; emplacing at least one wire on the magnetized portion of the molding mold; controlling, with a processor, a flow of molding material into the molding mold to form an molded product that overmolds the at least one wire; and removing the molded product from the molding mold; characterized in that magnetizing comprises embedding a magnetic trace in at least one of an outer wall, an inner core, or an insert component of the molding mold according to a predetermined pattern for wiring to be embedded in the molded product; and in that emplacing comprises emplacing at least one thin resistive wire on one or more segments of the pattern of the magnetic trace, the thin resistive wires being overmolded with the molding material. magnetizing a portion of a molding mold; emplacing at least one wire on the magnetized portion of the molding mold; controlling, with a processor, a flow of molding material into the molding mold to form an molded product that overmolds the at least one wire; and removing the molded product from the molding mold; characterized in that magnetizing comprises embedding a magnetic trace in at least one of an outer wall, an inner core, or an insert component of the molding mold according to a predetermined pattern for wiring to be embedded in the molded product; and in that emplacing comprises emplacing at least one thin resistive wire on one or more segments of the pattern of the magnetic trace, the thin resistive wires being overmolded with the molding material.
A guidewire for use in a medical procedure, which comprises: an elongate guide member dimensioned for insertion within a body vessel of a subject, the elongate guide member defining a longitudinal axis (k) and having leading and trailing ends (108, 114), the elongate guide member including an elongate body segment and a leading tip segment, the elongate body segment defining a longitudinal opening and the leading tip segment being adapted and dimensioned to articulate relative to the elongate body segment about a single axis of articulation; articulation (p) that is transverse to the longitudinal axis (k); a control element extending through the longitudinal opening of the elongate body segment and operatively coupled to the leading tip segment, the control element longitudinally movable to cause corresponding articulating movement of the leading tip segment about the single axis of articulation; a first actuator coupled to the guide member for imparting at least rotational movement to the guide member; and a second actuator coupled to the control element, the second actuator adapted for sliding longitudinal movement in a direction generally parallel to the longitudinal axis and independently movable relative to the first actuator to cause corresponding movement to the control element and articulating movement of the leading tip segment about the single axis of articulation. an elongate guide member dimensioned for insertion within a body vessel of a subject, the elongate guide member defining a longitudinal axis (k) and having leading and trailing ends (108, 114), the elongate guide member including an elongate body segment and a leading tip segment, the elongate body segment defining a longitudinal opening and the leading tip segment being adapted and dimensioned to articulate relative to the elongate body segment about a single axis of articulation; articulation (p) that is transverse to the longitudinal axis (k); a control element extending through the longitudinal opening of the elongate body segment and operatively coupled to the leading tip segment, the control element longitudinally movable to cause corresponding articulating movement of the leading tip segment about the single axis of articulation; a first actuator coupled to the guide member for imparting at least rotational movement to the guide member; and a second actuator coupled to the control element, the second actuator adapted for sliding longitudinal movement in a direction generally parallel to the longitudinal axis and independently movable relative to the first actuator to cause corresponding movement to the control element and articulating movement of the leading tip segment about the single axis of articulation.