mhurhangee/patent-ind-claim-en huggingface dataset:
Rotating electric machine for a motor vehicle, comprising: - a rotor having an even number of pole pairs, - a stator comprising a body provided with slots (Ei) and a three-phase winding inserted into said slots (Ei) of said stator body , said three-phase winding comprising: - at least a first group (G1) of portions of phases (U, V, W) and a second group (G2) of portions of phases (U, V, W) associated with a first set of at least three bridge arms (21.1), and - at least a third group (G3) of portions of phases (U, V, W) and a fourth group (G4) of portions of phases (U, V, W) associated with a second set of at least three bridge arms (21.2), characterized in that each portion of phase (U, V, W) of the first group (G1) is respectively connected in series to each portion of phase (U, V, W) of the second group (G2), each portion of phase (U, V, W) of the third group (G3) being respectively connected in series to each portion of phase (U, V, W) of the fourth group (G4), and wherein, along a circumference of the stator , there is an alternation between a group (G1, G2) of portions of phases of the first set of bridge arms (21.1) and a group (G3, G4) of portions of phases of the second set of bridge arms (21.2). - a rotor having an even number of pole pairs, - a stator comprising a body provided with slots (Ei) and a three-phase winding inserted into said slots (Ei) of said stator body , said three-phase winding comprising: - at least a first group (G1) of portions of phases (U, V, W) and a second group (G2) of portions of phases (U, V, W) associated with a first set of at least three bridge arms (21.1), and - at least a first group (G1) of portions of phases (U, V, W) and a second group (G2) of portions of phases (U, V, W) associated with a first set of at least three bridge arms (21.1), and - at least a third group (G3) of portions of phases (U, V, W) and a fourth group (G4) of portions of phases (U, V, W) associated with a second set of at least three bridge arms (21.2), characterized in that each portion of phase (U, V, W) of the first group (G1) is respectively connected in series to each portion of phase (U, V, W) of the second group (G2), each portion of phase (U, V, W) of the third group (G3) being respectively connected in series to each portion of phase (U, V, W) of the fourth group (G4), and wherein, along a circumference of the stator , there is an alternation between a group (G1, G2) of portions of phases of the first set of bridge arms (21.1) and a group (G3, G4) of portions of phases of the second set of bridge arms (21.2).
A method of identifying a maize plant or plant part thereof comprising a vip3 coding sequence and having an improvement in Vip3-induced reduction in male fertility, comprising: detecting, in nucleic acid of said maize plant or plant part, a marker associated with increased male fertility, wherein said marker is flanked by and includes marker 7 (SEQ ID NO:561) and marker 8 (SEQ ID NO:566) and further an A polymorphism at marker 7 and a G polymorphism at marker 8., thereby the identified maize plant has increased male fertility compared to a Vip3-expressing maize plant without the QTL.
A two-slider crank mechanism with a segment comprising a first slider , a second slider , a first connecting rod , a second connecting rod and a crank connected with the first slider by means of the first connecting rod , characterized in that the second slider guide is arranged at an angle to the first slider guide, wherein the second connecting rod is connected with the first slider at one end and with the second slider at the other end, and wherein the second connecting rod length equals to amount of the crank double length and a distance between a connection point of the second connecting rod and the first slider at the initial phase of its movement, measured in the direction of the first slider movement, and a longitudinal axis of the second slider .
A liquid therapy system for a human body comprising: - a shell having a well for retaining a first liquid to immerse a human body therein; and; - a micro bubble apparatus attached to the shell for providing a pressurized mixture having a second liquid and a dissolved gas, into the well so as to create a plurality of micro bubbles within the first liquid, wherein the micro bubble apparatus receives fluid from a pressurized fluid source and comprises a housing body configured to mechanically receive and engage an orifice nozzle , the liquid and gas mixture is distributed through an opening in the orifice nozzle into a series of pathways, comprising first and second pathways provided in the housing body and oriented at an angle to each other characterized in that, at the outlet of the orifice nozzle , the housing body includes an intermediate chamber with sidewalls tapering inwardly in a direction from the bottom to the top towards the fluid flow, both first fluid pathways directly connected to the intermediate chamber and oriented perpendicular to the top portion of such intermediate chamber , both second fluid pathways directly connected to and oriented perpendicular to the first fluid pathways respectively, or only a single second pathway directly connected to and oriented perpendicular to the first fluid pathways . - a shell having a well for retaining a first liquid to immerse a human body therein; and; - a micro bubble apparatus attached to the shell for providing a pressurized mixture having a second liquid and a dissolved gas, into the well so as to create a plurality of micro bubbles within the first liquid,
A method of wireless communication by a first user equipment, UE , the method comprising: receiving , from a base station , information associated with sidelink communication; determining , based on the information associated with sidelink communication, a sidelink communication pattern associated with a second UE ; and communicating with the second UE on a first sidelink channel based on the sidelink communication pattern associated with the second UE, wherein the sidelink communication pattern indicates a slot in which the first UE is to transmit to the second UE, and wherein the communicating with the second UE on the first sidelink channel based on the sidelink communication pattern associated with the second UE comprises: sending, to the second UE in the slot on the first sidelink channel, information indicating a schedule associated with a second sidelink channel; and sending data to the second UE on the second sidelink channel based on the schedule associated with the second sidelink channel. receiving , from a base station , information associated with sidelink communication; determining , based on the information associated with sidelink communication, a sidelink communication pattern associated with a second UE ; and communicating with the second UE on a first sidelink channel based on the sidelink communication pattern associated with the second UE, wherein the sidelink communication pattern indicates a slot in which the first UE is to transmit to the second UE, and wherein the communicating with the second UE on the first sidelink channel based on the sidelink communication pattern associated with the second UE comprises: sending, to the second UE in the slot on the first sidelink channel, information indicating a schedule associated with a second sidelink channel; and sending data to the second UE on the second sidelink channel based on the schedule associated with the second sidelink channel. sending, to the second UE in the slot on the first sidelink channel, information indicating a schedule associated with a second sidelink channel; and sending data to the second UE on the second sidelink channel based on the schedule associated with the second sidelink channel.
A system, comprising: a head-mounted display, HMD , configured to display visual content for viewing by a user, wherein the HMD comprises: at least one display screen positioned in front of the user's left and right eyes and configured to display frames of visual content for viewing by the user; left and right optical lenses positioned between the at least one display screen and the user's left and right eyes such that the user views the display screen through the left and right optical lenses; one or more infrared or near-infrared light sources configured to emit infrared or near-infrared light towards the user's eyes; left and right hot mirrors positioned between the left and right optical lenses and the user's left and right eyes on the eye-facing surfaces of the left and right optical lenses such that the hot mirrors reflect infrared or near-infrared light returned from the user's eyes and allow visible light from the at least one display screen to pass through the left and right optical lenses and subsequently through the left and right hot mirrors to the user's eyes; and left and right infrared or near-infrared cameras configured to capture a portion of the infrared or near-infrared light reflected by the left and right hot mirrors to generate images of the user's eyes. at least one display screen positioned in front of the user's left and right eyes and configured to display frames of visual content for viewing by the user; left and right optical lenses positioned between the at least one display screen and the user's left and right eyes such that the user views the display screen through the left and right optical lenses; one or more infrared or near-infrared light sources configured to emit infrared or near-infrared light towards the user's eyes; left and right hot mirrors positioned between the left and right optical lenses and the user's left and right eyes on the eye-facing surfaces of the left and right optical lenses such that the hot mirrors reflect infrared or near-infrared light returned from the user's eyes and allow visible light from the at least one display screen to pass through the left and right optical lenses and subsequently through the left and right hot mirrors to the user's eyes; and left and right infrared or near-infrared cameras configured to capture a portion of the infrared or near-infrared light reflected by the left and right hot mirrors to generate images of the user's eyes.
An electro-technical device , comprising: a circuit including a coil connected to a voltage source for receiving a predetermined current from said voltage source, and connected to an output device ; the circuit including a once-in-a-lifetime component activation breakable junction ; the circuit including a photodiode for receiving a light signal from a fiber optic cable receiving a light signal from a sensor ; and a permanent magnet having a pole end opposing a common pole end of the coil , the electro-technical device characterized in that when the coil is capable of receiving an increased current from the photodiode , the coil is capable of creating a magnetic flux capable of repelling against a common pole of the permanent magnet in order to cause a separation at the once-in-a-lifetime component activation breakable junction to break and disrupt a connection between the voltage source and the output device . a circuit including a coil connected to a voltage source for receiving a predetermined current from said voltage source, and connected to an output device ; the circuit including a once-in-a-lifetime component activation breakable junction ; the circuit including a photodiode for receiving a light signal from a fiber optic cable receiving a light signal from a sensor ; and a permanent magnet having a pole end opposing a common pole end of the coil , the electro-technical device characterized in that when the coil is capable of receiving an increased current from the photodiode , the coil is capable of creating a magnetic flux capable of repelling against a common pole of the permanent magnet in order to cause a separation at the once-in-a-lifetime component activation breakable junction to break and disrupt a connection between the voltage source and the output device .
A method for damping aeroelastic modes, including limit cycle oscillations (LCO), comprising: determining a mass for a tuned mass damper (TMD) based on an aeroelastic mode having a potentially positive growth rate; and, attaching at least one TMD to at least one attachment point such that a damping axis of the tuned mass damper is substantially oriented in a direction aligned with modal deflection at a location having significant modal deflection; further comprising employing a configuration adjustment TMD for adjusting the mass with tuning masses for a tuned mass assembly; concentrically mounting the tuned mass assembly on a shaft for reciprocal motion; constraining the tuned mass assembly with opposing springs; and attaching viscous damping magnets to the tuned mass assembly and attaching a non-magnetic, conductive metal case concentrically surrounding the tuned mass assembly and magnets for eddy current generation. determining a mass for a tuned mass damper (TMD) based on an aeroelastic mode having a potentially positive growth rate; and, attaching at least one TMD to at least one attachment point such that a damping axis of the tuned mass damper is substantially oriented in a direction aligned with modal deflection at a location having significant modal deflection; further comprising employing a configuration adjustment TMD for adjusting the mass with tuning masses for a tuned mass assembly; concentrically mounting the tuned mass assembly on a shaft for reciprocal motion; constraining the tuned mass assembly with opposing springs; and attaching viscous damping magnets to the tuned mass assembly and attaching a non-magnetic, conductive metal case concentrically surrounding the tuned mass assembly and magnets for eddy current generation.
A system for diagnosing and/or treating a medical condition of a subject, the system comprising: an optical system comprising an illuminating light source; a laser unit comprising a laser diode assembly operable with a single laser source, wherein the single laser source is adapted to emit an aiming light beam and a treatment laser beam that follow generally the same light path; a focusing lens disposed to focus light from the illuminating light source onto an inner portion of an eye of a subject; a beam pattern generator device comprising a set of optical components configured and arranged to affect a displacement of an aiming light beam and a treatment laser beam along an inner portion of an eye of a subject; wherein the aiming light beam and the treatment laser beam, in use, pass through the beam pattern generator ; wherein the focal point of the focusing lens and the focal point of the aiming light beam and treatment laser beam exiting the beam pattern generator are generally coincident; and wherein the optical system and/or the laser unit and/or the beam pattern generator are operably disposed on a headset apparatus, which is sized, dimensioned, and configured for mounting on the head of a user. an optical system comprising an illuminating light source; a laser unit comprising a laser diode assembly operable with a single laser source, wherein the single laser source is adapted to emit an aiming light beam and a treatment laser beam that follow generally the same light path; a focusing lens disposed to focus light from the illuminating light source onto an inner portion of an eye of a subject; a beam pattern generator device comprising a set of optical components configured and arranged to affect a displacement of an aiming light beam and a treatment laser beam along an inner portion of an eye of a subject; wherein the aiming light beam and the treatment laser beam, in use, pass through the beam pattern generator ; wherein the focal point of the focusing lens and the focal point of the aiming light beam and treatment laser beam exiting the beam pattern generator are generally coincident; and wherein the optical system and/or the laser unit and/or the beam pattern generator are operably disposed on a headset apparatus, which is sized, dimensioned, and configured for mounting on the head of a user.
An assembly for an aircraft, comprising: a geartrain comprising a sun gear , a ring gear , a plurality of intermediate gears and a carrier , the ring gear circumscribing the sun gear and rotatable about an axis , each of the plurality of intermediate gears between and meshed with the sun gear and the ring gear , each of the plurality of intermediate gears rotatably mounted to the carrier , and the carrier rotatable about the axis ; a first propulsor rotor coupled to the carrier ; and a rotating structure coupled to the ring gear , the rotating structure comprising a turbine rotor , and the rotating structure configured to drive rotation of the first propulsor rotor through the geartrain , wherein the sun gear is rotatable about the axis , characterised in that the assembly further comprises: a second propulsor rotor coupled to the sun gear ; and the rotating structure configured to drive rotation of the second propulsor rotor through the geartrain . a geartrain comprising a sun gear , a ring gear , a plurality of intermediate gears and a carrier , the ring gear circumscribing the sun gear and rotatable about an axis , each of the plurality of intermediate gears between and meshed with the sun gear and the ring gear , each of the plurality of intermediate gears rotatably mounted to the carrier , and the carrier rotatable about the axis ; a first propulsor rotor coupled to the carrier ; and a rotating structure coupled to the ring gear , the rotating structure comprising a turbine rotor , and the rotating structure configured to drive rotation of the first propulsor rotor through the geartrain , wherein the sun gear is rotatable about the axis , characterised in that the assembly further comprises: a second propulsor rotor coupled to the sun gear ; and the rotating structure configured to drive rotation of the second propulsor rotor through the geartrain . a second propulsor rotor coupled to the sun gear ; and the rotating structure configured to drive rotation of the second propulsor rotor through the geartrain .
An admixture for the realization of infrastructural and structural manufactured products, comprising: - granular inert materials in a concentration by weight, evaluated with respect to the total weight of the admixture, between 50 and 81%; - a hydraulic binder compound in a concentration by weight, evaluated with respect to the total weight of the admixture, between 17 and 37 %; and - a bituminous binder compound in a concentration by weight, evaluated with respect to the total weight of the admixture, between 2 and 10%; wherein said hydraulic binder compound comprises - at least a hydraulic binder being of the type of premixed cement, and at least one of: - polymeric elements, and - auxiliary material comprising at least one of: sand, pozzolan, silica, limestone, celluloses, silica fume; wherein said hydraulic binder compound is obtained by a step of pre-mixing of the hydraulic binder with at least one of the polymeric elements and the auxiliary material, prior to the mixing of at least said granular inert materials , said hydraulic binder compound and said bituminous binder compound ; wherein said polymeric elements are selected from styrene-butadiene-styrene polymers (SBS), poly-vinyl-chloride (PVC), vinyl acetate or vinyl versatate or other thermoplastic polymers; and wherein said bituminous binder compound is a bituminous emulsion. - granular inert materials in a concentration by weight, evaluated with respect to the total weight of the admixture, between 50 and 81%; - a hydraulic binder compound in a concentration by weight, evaluated with respect to the total weight of the admixture, between 17 and 37 %; and - a bituminous binder compound in a concentration by weight, evaluated with respect to the total weight of the admixture, between 2 and 10%; wherein said hydraulic binder compound comprises - at least a hydraulic binder being of the type of premixed cement, and at least one of: - polymeric elements, and - auxiliary material comprising at least one of: sand, pozzolan, silica, limestone, celluloses, silica fume; - at least a hydraulic binder being of the type of premixed cement, and at least one of: - polymeric elements, and - auxiliary material comprising at least one of: sand, pozzolan, silica, limestone, celluloses, silica fume; wherein said hydraulic binder compound is obtained by a step of pre-mixing of the hydraulic binder with at least one of the polymeric elements and the auxiliary material, prior to the mixing of at least said granular inert materials , said hydraulic binder compound and said bituminous binder compound ; wherein said polymeric elements are selected from styrene-butadiene-styrene polymers (SBS), poly-vinyl-chloride (PVC), vinyl acetate or vinyl versatate or other thermoplastic polymers; and wherein said bituminous binder compound is a bituminous emulsion.
A method of determining an optimal authentication scheme by at least one processor, the method comprising: receiving (S1005), from an authenticating system an identity of a user requiring access to the authenticating system and a policy of the authenticating system; receiving (S1010), from a storage device, data comprising historical information regarding previous authentication attempts by the user; producing (S1015) a list comprising an optimal selection of one or more authentication schemes, each comprising one or more authentication factors, according to the historical information and the authenticating system policy; and sending the selection list of one or more authentication schemes to the authenticating system, characterized by producing said list using a machine learning model that is obtained by: receiving data relating to personal profile information of a plurality of users; grouping the plurality of users to clusters in a clustering model according to the received personal profile information, wherein each cluster is characterized by specific cluster parameter values; producing a plurality of authentication schemes S, wherein each authentication scheme "S i " is a unique combination of available authentication factors; producing a likelihood matrix Y, wherein each entry Y i,j represents a likelihood that a user of cluster j would prefer authentication scheme S i and that the user would succeed on a first authentication attempt; and training the machine learning model to predict Y i,j given specific cluster j parameters. receiving (S1005), from an authenticating system an identity of a user requiring access to the authenticating system and a policy of the authenticating system; receiving (S1010), from a storage device, data comprising historical information regarding previous authentication attempts by the user; producing (S1015) a list comprising an optimal selection of one or more authentication schemes, each comprising one or more authentication factors, according to the historical information and the authenticating system policy; and sending the selection list of one or more authentication schemes to the authenticating system, characterized by producing said list using a machine learning model that is obtained by: receiving data relating to personal profile information of a plurality of users; grouping the plurality of users to clusters in a clustering model according to the received personal profile information, wherein each cluster is characterized by specific cluster parameter values; producing a plurality of authentication schemes S, wherein each authentication scheme "S i " is a unique combination of available authentication factors; producing a likelihood matrix Y, wherein each entry Y i,j represents a likelihood that a user of cluster j would prefer authentication scheme S i and that the user would succeed on a first authentication attempt; and training the machine learning model to predict Y i,j given specific cluster j parameters.