mhurhangee/patent-ind-claim-en huggingface dataset:
A nodule collection apparatus comprising: a support member ; two or more nodule collection devices , each nodule collection device being secured to the support member and including an outlet pipe , and being adapted to collect ore nodules from the seafloor adjacent an underside thereof and communicate those nodules to the respective outlet pipe ; the nodule collection apparatus further comprising a combined outlet pipe adapted to receive the collected ore nodules from the outlet pipe of each nodule collection device characterized in that the combined outlet pipe is adapted to re-deposit the collected nodules in a windrow on the seafloor by the force of water pressure created by forward motion of the nodule collecting apparatus . a support member ; two or more nodule collection devices , each nodule collection device being secured to the support member and including an outlet pipe , and being adapted to collect ore nodules from the seafloor adjacent an underside thereof and communicate those nodules to the respective outlet pipe ; the nodule collection apparatus further comprising a combined outlet pipe adapted to receive the collected ore nodules from the outlet pipe of each nodule collection device characterized in that the combined outlet pipe is adapted to re-deposit the collected nodules in a windrow on the seafloor by the force of water pressure created by forward motion of the nodule collecting apparatus .
A nozzle presenting a longitudinal axis (ZZ') and comprising both a combustion chamber made of metal material and presenting a downstream end and also a diverging portion made of composite material formed by a wall of conical shape extending between an upstream end and a downstream end , the upstream end of the composite material diverging portion being connected to the downstream end of the combustion chamber; the nozzle being characterized in that it further comprises an annular fastener mount made of metal material comprising a first portion secured to the combustion chamber and a second portion extending beyond the downstream end of the combustion chamber in the direction of the longitudinal axis of the nozzle , the first and second portions of the annular fastener mount being rigidly secured to each other, and in that the upstream end of the composite material diverging portion is fastened to the second portion of the annular fastener mount by a plurality of fastener members , each comprising a fastener bolt , each fastener bolt passing through the conically-shaped wall of the composite material diverging portion near the upstream end of said wall.
An electronic component comprising: a first package having an element sealed therein; a lead electrically connected to the element in the first package and including a bent portion , that is bent outside the first package , and a first package side portion , that is closer to the first package than the bent portion in the lead ; a second package provided at an end opposite to an end to which the first package is connected among both ends of the lead ; and a substrate including a first hole adapted to allow the insertion of the first package and the first package side portion therethrough , and a second hole into which at least a part of the second package is inserted. a first package having an element sealed therein; a lead electrically connected to the element in the first package and including a bent portion , that is bent outside the first package , and a first package side portion , that is closer to the first package than the bent portion in the lead ; a second package provided at an end opposite to an end to which the first package is connected among both ends of the lead ; and a substrate including a first hole adapted to allow the insertion of the first package and the first package side portion therethrough , and a second hole into which at least a part of the second package is inserted.
An ejection device for a movable furniture part , in particular a drawer, having a first ejection unit , which has a first ejector element , which is pre-tensioned by a first force accumulator , and is lockable in a tensioned position of the first force accumulator , and ejects the movable furniture part in the opening direction upon unlocking, and a second ejection unit , which has a second ejector element , which is pre-tensioned by a second force accumulator , and is lockable in a tensioned position of the second force accumulator , and ejects the movable furniture part in the opening direction upon unlocking, wherein the first ejection unit is synchronized with the second ejection unit with respect to the unlocking via a coupling means, whereby the coupling means comprises at least one pivotably mounted pendulum , whereby each ejection unit comprises a pivotably mounted pendulum , whereby the coupling means has a connecting rod , which is connected to the two pendulums spaced apart from an axis of rotation of the two pendulums , characterized in that the pendulums connected by the connecting rod form an imaginary axis of rotation, to which the connecting rod is pivoted at least approximately in parallel.
A device for use in identifying a possible swallowing impairment in a candidate during execution of a swallowing event, the device comprising: a dual axis accelerometer to be positioned in a region of the candidate's throat and configured to acquire axis-specific vibrational data representative of the swallowing event; a processing module operatively coupled to said accelerometer for processing said axis-specific data to extract therefrom, for each axis, one or more features representative of the swallowing event, and classify said vibrational data as indicative of one of normal swallowing and possibly impaired swallowing based on said extracted features; wherein said accelerometer is configured for being aligned along an anterior-posterior axis (A-P) and a superior-inferior axis (S-I) of the candidate's throat; characterized in that said extracted features comprise a log energy of vibrational data acquired along said A-P axis and an entropy of vibrational data acquired along said S-I axis. a dual axis accelerometer to be positioned in a region of the candidate's throat and configured to acquire axis-specific vibrational data representative of the swallowing event; a processing module operatively coupled to said accelerometer for processing said axis-specific data to extract therefrom, for each axis, one or more features representative of the swallowing event, and classify said vibrational data as indicative of one of normal swallowing and possibly impaired swallowing based on said extracted features; wherein said accelerometer is configured for being aligned along an anterior-posterior axis (A-P) and a superior-inferior axis (S-I) of the candidate's throat; characterized in that said extracted features comprise a log energy of vibrational data acquired along said A-P axis and an entropy of vibrational data acquired along said S-I axis.
A hybrid prosthetic heart valve adapted for post-implant expansion and having an inflow end and an outflow end, comprising: a valve member including a plurality of flexible leaflets configured to ensure one-way blood flow therethrough and a leaflet support structure comprises an undulating wireform defining alternating cusps and commissures to which peripheral edges of the leaflets attach; and a plastically-expandable inflow stent frame secured to and projecting from an inflow end of the leaflet support structure and having a strength requiring a predetermined expansion force to convert to an expanded state, the stent frame comprising a plurality of expandable struts and an upper edge at an outflow end of the stent frame that undulates with peaks and valleys to at least partially conform to the undulating leaflet support structure , wherein the outflow edge of the stent frame includes three integrated commissure posts located adjacent to and radially outward from the leaflet support structure commissures to which the leaflets attach outside of the wireform , and further wherein the upper edge defines an implant circumference with a nominal diameter that enables physiological functioning of the valve member when implanted, and wherein the upper edge is configured to expand a limited amount from the nominal diameter to an enlarged diameter larger than the nominal diameter upon application of an outward dilatory force from within the outflow end substantially larger than forces associated with normal physiological use. a valve member including a plurality of flexible leaflets configured to ensure one-way blood flow therethrough and a leaflet support structure comprises an undulating wireform defining alternating cusps and commissures to which peripheral edges of the leaflets attach; and a plastically-expandable inflow stent frame secured to and projecting from an inflow end of the leaflet support structure and having a strength requiring a predetermined expansion force to convert to an expanded state, the stent frame comprising a plurality of expandable struts and an upper edge at an outflow end of the stent frame that undulates with peaks and valleys to at least partially conform to the undulating leaflet support structure , wherein the outflow edge of the stent frame includes three integrated commissure posts located adjacent to and radially outward from the leaflet support structure commissures to which the leaflets attach outside of the wireform , and further wherein the upper edge defines an implant circumference with a nominal diameter that enables physiological functioning of the valve member when implanted, and wherein the upper edge is configured to expand a limited amount from the nominal diameter to an enlarged diameter larger than the nominal diameter upon application of an outward dilatory force from within the outflow end substantially larger than forces associated with normal physiological use.
A storage tray that comprises and stores a flexible tube (L1) to be attached to a medical apparatus (K), the flexible tube (L1) allowing fluid to flow therethrough, the storage tray comprising: a tray body that is securable to a predetermined portion of the medical apparatus (K) and in which the flexible tube (L1) is stored; characterized in that the storage tray further comprises a receiving portion that is integrally formed together with the tray body and is configured to receive a priming solution and to store a predetermined volume of priming solution, the priming solution being used for flushing the flexible tube (L1) attached to the medical apparatus (K). a tray body that is securable to a predetermined portion of the medical apparatus (K) and in which the flexible tube (L1) is stored; characterized in that the storage tray further comprises a receiving portion that is integrally formed together with the tray body and is configured to receive a priming solution and to store a predetermined volume of priming solution, the priming solution being used for flushing the flexible tube (L1) attached to the medical apparatus (K).
A formulation comprising a dendrimer having the structure of Compound 4 a phenoxy herbicide, and one or more acceptable carriers.
A method for preparing a rubber composition, the method comprising: a first step of kneading a rubber component with 50 parts by mass or more of a carbon black having a 24M4DBP oil absorption of 90 mL/100 g or more, based on 100 parts by mass of the rubber component, the rubber component comprising 35 to 70% by mass of a styrene butadiene rubber and 30 to 65% by mass of a butadiene rubber, the styrene butadiene rubber having a styrene content of 15.0 to 40.0% by mass and a vinyl content of 10.0 to 30.0%; a second step of adding and kneading 1.8 parts by mass or less of sulfur and 1.9 parts by mass or less of a sulfenamide-based vulcanization accelerator, based on 100 parts by mass of the rubber component, into a kneaded product obtained in the first step; and a third step of extruding a kneaded product obtained in the second step, wherein an extrusion speed in the third step is less than 35 m/min. a first step of kneading a rubber component with 50 parts by mass or more of a carbon black having a 24M4DBP oil absorption of 90 mL/100 g or more, based on 100 parts by mass of the rubber component, the rubber component comprising 35 to 70% by mass of a styrene butadiene rubber and 30 to 65% by mass of a butadiene rubber, the styrene butadiene rubber having a styrene content of 15.0 to 40.0% by mass and a vinyl content of 10.0 to 30.0%; a second step of adding and kneading 1.8 parts by mass or less of sulfur and 1.9 parts by mass or less of a sulfenamide-based vulcanization accelerator, based on 100 parts by mass of the rubber component, into a kneaded product obtained in the first step; and a third step of extruding a kneaded product obtained in the second step, wherein an extrusion speed in the third step is less than 35 m/min.
A method for use in a first network access point, NAP, in an Information Centric Network, ICN, the method comprising: receiving a request for a Hypertext Transfer Protocol, HTTP, resource from a requestor, wherein the request for the HTTP resource comprises a fully qualified domain name, FQDN; requesting the HTTP resource from a first server associated with the FQDN; receiving an error message that the HTTP resource is not available from the first server; publishing a message to a rendezvous point, RVZ, the message comprising a list of excluded node identifiers, NIDs, of one or more NAPs that have been previously contacted and have not provided the HTTP resource; receiving a forwarding identifier, FID, of a second NAP from a topology manager, TM, wherein the second NAP is associated with a second server that is associated with the FQDN, and wherein a NID of the second NAP is not on the list of excluded NIDs; requesting the HTTP resource from the second NAP; receiving the HTTP resource from the second NAP; and sending the HTTP resource to the requestor. receiving a request for a Hypertext Transfer Protocol, HTTP, resource from a requestor, wherein the request for the HTTP resource comprises a fully qualified domain name, FQDN; requesting the HTTP resource from a first server associated with the FQDN; receiving an error message that the HTTP resource is not available from the first server; publishing a message to a rendezvous point, RVZ, the message comprising a list of excluded node identifiers, NIDs, of one or more NAPs that have been previously contacted and have not provided the HTTP resource; receiving a forwarding identifier, FID, of a second NAP from a topology manager, TM, wherein the second NAP is associated with a second server that is associated with the FQDN, and wherein a NID of the second NAP is not on the list of excluded NIDs; requesting the HTTP resource from the second NAP; receiving the HTTP resource from the second NAP; and sending the HTTP resource to the requestor.
Machine for forming a tubular reinforcement of a pipe comprising: - a first feeder , able to unwind a first tape ; - a profiler apparatus comprising at least an upstream profiling stage (122A to 122G) able to receive the first tape from the first feeder and to profile the first tape to form a pre-profiled first tape ; - a second feeder , able to unwind a second tape , the second tape being a flat tape; characterized in that the profiler apparatus comprises: - an intermediate joining stage able to receive the second tape as a flat tape from the second feeder and able to join the pre-formed first tape and the flat second tape ; and - at least a downstream profiling stage (126A to 126C) configured to jointly profile the first tape and the second tape received from the intermediate joining stage and form a combined profiled strip . - a first feeder , able to unwind a first tape ; - a profiler apparatus comprising at least an upstream profiling stage (122A to 122G) able to receive the first tape from the first feeder and to profile the first tape to form a pre-profiled first tape ; - a second feeder , able to unwind a second tape , the second tape being a flat tape; - an intermediate joining stage able to receive the second tape as a flat tape from the second feeder and able to join the pre-formed first tape and the flat second tape ; and - at least a downstream profiling stage (126A to 126C) configured to jointly profile the first tape and the second tape received from the intermediate joining stage and form a combined profiled strip .
Traction control system for influencing a driving engine torque (T e_act_real ) of a vehicle including at least one electronic control unit comprising: - a linear control law module (LC, 8) for calculating an idealized nominal engine torque (w) applied to the speed and/or slip error (Δω), - a reference module (RM, 9) for calculating an idealized speed and/or slip (v) by taking the idealized nominal engine torque (w) and in addition at least the engine rotational speed (ω e ) and the numerically determined derivation of engine speed (dω e /dt) as input signals and - a linearization module (LM, 10) for calculating a setpoint (u) for a desired engine torque (T e_set ) by using at least the signals engine speed (ω e ), wheel speed (ω W ) and a determined actual engine torque (T e_act ) in such a way that the behavior of the control system is linearized and that nonlinearities and dynamics arising from the vehicle or the wheels or the road or the powertrain that differ from the reference dynamics implemented by the reference module (RM, 9) are compensated, wherein input signals for the linearization module (LM, 10) in addition to the idealized speed and/or slip (v) are: - the engine rotational speed (ω e ) and - the numerically determined derivation of engine speed (dω e /dt) and - the average speed of the driven axle (ω W ) and - the numerically determined derivative of the rotational speed of the driven axle (dω W /dt) and - the actual engine torque (T e_act ).. - a linear control law module (LC, 8) for calculating an idealized nominal engine torque (w) applied to the speed and/or slip error (Δω), - a reference module (RM, 9) for calculating an idealized speed and/or slip (v) by taking the idealized nominal engine torque (w) and in addition at least the engine rotational speed (ω e ) and the numerically determined derivation of engine speed (dω e /dt) as input signals and - a linearization module (LM, 10) for calculating a setpoint (u) for a desired engine torque (T e_set ) by using at least the signals engine speed (ω e ), wheel speed (ω W ) and a determined actual engine torque (T e_act ) in such a way that the behavior of the control system is linearized and that nonlinearities and dynamics arising from the vehicle or the wheels or the road or the powertrain that differ from the reference dynamics implemented by the reference module (RM, 9) are compensated, wherein input signals for the linearization module (LM, 10) in addition to the idealized speed and/or slip (v) are: - the engine rotational speed (ω e ) and - the numerically determined derivation of engine speed (dω e /dt) and - the average speed of the driven axle (ω W ) and - the numerically determined derivative of the rotational speed of the driven axle (dω W /dt) and - the actual engine torque (T e_act ).. - the engine rotational speed (ω e ) and - the numerically determined derivation of engine speed (dω e /dt) and - the average speed of the driven axle (ω W ) and - the numerically determined derivative of the rotational speed of the driven axle (dω W /dt) and - the actual engine torque (T e_act )..
A negative electrode comprising: a current collector for a negative electrode; a first negative electrode active material layer positioned on at least one surface of the current collector for a negative electrode and containing a carbonaceous active material; and a second negative electrode active material layer positioned on the first negative electrode active material layer and containing a silicon-based active material, carbon nanotubes and a carbonaceous active material. a current collector for a negative electrode; a first negative electrode active material layer positioned on at least one surface of the current collector for a negative electrode and containing a carbonaceous active material; and a second negative electrode active material layer positioned on the first negative electrode active material layer and containing a silicon-based active material, carbon nanotubes and a carbonaceous active material.
A filter system for a containment passed through by a gas stream, having at least one filter unit , wherein: a) the filter unit has: aa) first docking means , which are designed for the releasable connection of the filter unit to a receiving port of the containment ; and ab) a closure element , which is adjustable by means of an adjusting mechanism , for the shutting off and opening of an inlet into the filter unit ; b) for operating the adjusting mechanism provision is made for a drive unit which can be connected to this, the drive unit comprises an electric motor for driving a rotatably mounted transmission part and an adapter assembly , connected to the transmission part , which is provided for connecting to the adjusting mechanism , characterized in that c) the electric motor has a drive gear ; d) the transmission part is designed as a wheel which is driven by the drive gear ; e) the transmission ratio from the drive gear of the electric motor to the transmission part is dimensioned to be higher than 1:20, preferably higher than 1:30, e.g. 1:33; and f) the adapter assembly has a driver which has a rotational connection to the transmission part and is designed to engage with the adjusting mechanism . a) the filter unit has: aa) first docking means , which are designed for the releasable connection of the filter unit to a receiving port of the containment ; and ab) a closure element , which is adjustable by means of an adjusting mechanism , for the shutting off and opening of an inlet into the filter unit ; aa) first docking means , which are designed for the releasable connection of the filter unit to a receiving port of the containment ; and ab) a closure element , which is adjustable by means of an adjusting mechanism , for the shutting off and opening of an inlet into the filter unit ; b) for operating the adjusting mechanism provision is made for a drive unit which can be connected to this, the drive unit comprises an electric motor for driving a rotatably mounted transmission part and an adapter assembly , connected to the transmission part , which is provided for connecting to the adjusting mechanism , characterized in that c) the electric motor has a drive gear ; d) the transmission part is designed as a wheel which is driven by the drive gear ; e) the transmission ratio from the drive gear of the electric motor to the transmission part is dimensioned to be higher than 1:20, preferably higher than 1:30, e.g. 1:33; and f) the adapter assembly has a driver which has a rotational connection to the transmission part and is designed to engage with the adjusting mechanism .
A shielded glass scaffold comprising a mixture of bioactive glass fibers and bioactive glass beads, some of the fibers and beads fused to one another to form a sintered agglomerate; said sintered agglomerate being encased by a shield of fused glass, the shield having pores therein, wherein said shield is formed by dropping the sintered agglomerate through a propane/oxygen flame at a temperature between 1982 °C and 2815 °C (3600°F and 5100°F), and for a time capable of forming a fused periphery around a center of loose glass fibers and glass beads. a mixture of bioactive glass fibers and bioactive glass beads, some of the fibers and beads fused to one another to form a sintered agglomerate; said sintered agglomerate being encased by a shield of fused glass, the shield having pores therein, wherein said shield is formed by dropping the sintered agglomerate through a propane/oxygen flame at a temperature between 1982 °C and 2815 °C (3600°F and 5100°F), and for a time capable of forming a fused periphery around a center of loose glass fibers and glass beads.