mhurhangee/patent-ind-claim-en huggingface dataset:
A speech keyword recognition method, performed by a user terminal or a server, comprising operations: determining first speech segments based on a to-be-recognized speech signal; determining a first probability corresponding to each of the first speech segments by using a preset first classification model, the first probability comprising a probability, for each of pre-determined word segmentation units of a pre-determined keyword, that the first speech segment corresponds to the respective pre-determined word segmentation unit; determining second speech segments based on the to-be-recognized speech signal, and generating a first prediction characteristic of each of the second speech segments based on first probabilities corresponding to first speech segments that correspond to the second speech segment; performing classification based on the first prediction characteristic by using a preset second classification model, to determine a second probability corresponding to each of the second speech segments, the second probability comprising at least one of a probability that the second speech segment corresponds to the pre-determined keyword and a probability that the second speech segment does not correspond to the pre-determined keyword; and determining, based on the second probability, whether the to-be-recognized speech signal comprises the pre-determined keyword. determining first speech segments based on a to-be-recognized speech signal; determining a first probability corresponding to each of the first speech segments by using a preset first classification model, the first probability comprising a probability, for each of pre-determined word segmentation units of a pre-determined keyword, that the first speech segment corresponds to the respective pre-determined word segmentation unit; determining second speech segments based on the to-be-recognized speech signal, and generating a first prediction characteristic of each of the second speech segments based on first probabilities corresponding to first speech segments that correspond to the second speech segment; performing classification based on the first prediction characteristic by using a preset second classification model, to determine a second probability corresponding to each of the second speech segments, the second probability comprising at least one of a probability that the second speech segment corresponds to the pre-determined keyword and a probability that the second speech segment does not correspond to the pre-determined keyword; and determining, based on the second probability, whether the to-be-recognized speech signal comprises the pre-determined keyword.
Lighting device for a motor vehicle, the lighting device comprising at least one support comprising a mounting face extending in three directions (X, Y, Z) perpendicular to each other, and an organic light-emitting diode mounted on the mounting face of the support, characterized in that it comprises a positioning pin fixed to the organic light-emitting diode and inserted into an orifice of the support .
A nut plate assembly comprising: a plate member comprising an aperture defined therethrough; a shell member having a first end joined to said plate member and a second end opposite said first end ; a bias member disposed within said shell member ; a nut comprising a body and a shoulder portion configured to receive a portion of said bias member , said body including an outer surface defining a first diameter, said shoulder portion defining a second diameter, said nut disposed within said shell member and moveable between a first position proximate said shell member first end and a second position proximate said shell member second end , wherein said bias member comprises a coil-spring positioned to bias said nut toward said second position, and wherein the second diameter defined by said shoulder portion is smaller than the first diameter defined by said outer surface to allow said bias member to extend along said shoulder portion and provide an axial force to said body ; and a retention member configured to retain said nut within said shell member . a plate member comprising an aperture defined therethrough; a shell member having a first end joined to said plate member and a second end opposite said first end ; a bias member disposed within said shell member ; a nut comprising a body and a shoulder portion configured to receive a portion of said bias member , said body including an outer surface defining a first diameter, said shoulder portion defining a second diameter, said nut disposed within said shell member and moveable between a first position proximate said shell member first end and a second position proximate said shell member second end , wherein said bias member comprises a coil-spring positioned to bias said nut toward said second position, and wherein the second diameter defined by said shoulder portion is smaller than the first diameter defined by said outer surface to allow said bias member to extend along said shoulder portion and provide an axial force to said body ; and a retention member configured to retain said nut within said shell member .
A communication device comprising: control means for controlling a plurality of sessions set between the communication device and another communication device by ; using a plurality of Virtual Machines, VMs of the communication device means for notifying, by using a determination that a plurality of sessions between the another communication device and the communication device that are controlled in a first VM among the plurality of VMs should be controlled in a second VM among the plurality of VMs different from the first VM as a trigger, the another communication device of identification information of the second VM , related to the plurality of sessions transferred from the first VM to the second VM ; and means for updating the sessions, characterized in that the plurality of sessions include a U-Plane session and a C-Plane session, and the control means is configured to notify, by using a fact that the second VM will control the U-Plane session controlled by the first VM as a trigger, the another communication device of the identification information of the second VM through the C-Plane session. control means for controlling a plurality of sessions set between the communication device and another communication device by ; using a plurality of Virtual Machines, VMs of the communication device means for notifying, by using a determination that a plurality of sessions between the another communication device and the communication device that are controlled in a first VM among the plurality of VMs should be controlled in a second VM among the plurality of VMs different from the first VM as a trigger, the another communication device of identification information of the second VM , related to the plurality of sessions transferred from the first VM to the second VM ; and means for updating the sessions, characterized in that the plurality of sessions include a U-Plane session and a C-Plane session, and the control means is configured to notify, by using a fact that the second VM will control the U-Plane session controlled by the first VM as a trigger, the another communication device of the identification information of the second VM through the C-Plane session.
A method for capturing oil and metallic elements entrained in a volume of water, the method comprising directing flow of a water stream through interstices of a multitude of fractured fragments of contaminant-sorbent, hydrophobic bodies of a filter medium comprising particles of an organic matrix material (OMM) attached to styrene-butadiene-styrene (SBS) granules embedded in an M-Class rubber (MCR) matrix, wherein the OMM particles comprise any of (a) particles of biochar, (b) cellulosic particles, or (c) activated carbon particles.
A method for determining a tyre normal force range (F z,min , F z,max ) of a tyre force (F z ) acting on a vehicle , the method comprising; obtaining (S1) suspension data associated with a suspension system of the vehicle ; obtaining (S2) inertial measurement unit, IMU, data associated with the vehicle ; estimating (S3), by a suspension-based estimator a first tyre normal force range (F z1,min , F z1,max ) based on the suspension data ; estimating (S4), by an inertial force-based estimator , a second tyre normal force range (F z2,min , F z2,max ) based on the IMU data ; and determining (S5) the tyre normal force range (F z,min , F z,max ) based on the first tyre normal force range (F z1,min , F z1,max ) and on the second tyre normal force range (F z2,min , F z2,max ). obtaining (S1) suspension data associated with a suspension system of the vehicle ; obtaining (S2) inertial measurement unit, IMU, data associated with the vehicle ; estimating (S3), by a suspension-based estimator a first tyre normal force range (F z1,min , F z1,max ) based on the suspension data ; estimating (S4), by an inertial force-based estimator , a second tyre normal force range (F z2,min , F z2,max ) based on the IMU data ; and determining (S5) the tyre normal force range (F z,min , F z,max ) based on the first tyre normal force range (F z1,min , F z1,max ) and on the second tyre normal force range (F z2,min , F z2,max ).
A milk separation device for a milking installation for the milking, in particular for the automatic milking, of milk-producing animals, said milk separation device comprising a body with an inlet connection and an outlet connection and a lid with a connection to a vacuum line , characterized in that the body comprises an inwardly protruding balcony portion on an inner circumference, wherein the balcony portion forms a ramp that ascends in a helical manner in the circumferential direction at a pitch angle in opposition to the force of gravity, wherein the milk continuous to flow in opposition to the force of gravity.
Steering method for an industrial truck having at least two driven wheels (2, 3; 4) running in different tracks in longitudinal travel, of which wheels at least one is steerable and at least one initially runs on the inside when cornering, the drive of the at least one wheel running on the inside during cornering being activated from the longitudinal travel position of the at least one steerable wheel when a specific steering angle is reached, characterized in that the drive power of the at least two driven wheels (2, 3; 4) is reduced when a specific steering angle of the at least one steerable wheel is reached, and in that the rotational speed of the at least one wheel initially running on the inside during cornering is recorded and the drive power of the at least two driven wheels (2, 3; 4) is increased again if a predetermined minimum rotational speed is not met.
A method for receiving a random access preamble, comprising: sending (S201) a broadcast message, wherein the broadcast message is for configuring a new radio NR uplink resource and a supplementary uplink SUL resource; sending (S202) first indication information and second indication information to a terminal device, wherein the first indication information is for indicating the NR uplink resource or the SUL resource, and the second indication information is for indicating a random access preamble; and receiving (S203) the random access preamble on the resource indicated by the first indication information; wherein before the receiving (S203) the random access preamble on the resource indicated by the first indication information, the method further comprises: sending third indication information to the terminal device, wherein the third indication information is for indicating that the first indication information is carried in a carrier indicator field, CIF. sending (S201) a broadcast message, wherein the broadcast message is for configuring a new radio NR uplink resource and a supplementary uplink SUL resource; sending (S202) first indication information and second indication information to a terminal device, wherein the first indication information is for indicating the NR uplink resource or the SUL resource, and the second indication information is for indicating a random access preamble; and receiving (S203) the random access preamble on the resource indicated by the first indication information; wherein before the receiving (S203) the random access preamble on the resource indicated by the first indication information, the method further comprises: sending third indication information to the terminal device, wherein the third indication information is for indicating that the first indication information is carried in a carrier indicator field, CIF.
A method of making at least one part of a curable adhesive composition, the method comprising: obtaining aluminum flakes comprising a fatty acid milling aid on at least a portion of their surfaces, wherein the aluminum flakes have previously been milled; heating the aluminum flakes; and subsequently combining the aluminum flakes with components comprising either an amine curing agent or a curable epoxy resin. obtaining aluminum flakes comprising a fatty acid milling aid on at least a portion of their surfaces, wherein the aluminum flakes have previously been milled; heating the aluminum flakes; and subsequently combining the aluminum flakes with components comprising either an amine curing agent or a curable epoxy resin.
A turbine oil heating system comprising: a Starter Generator mechanically coupled when in use with a turbine engine , and an electronic controller for controlling the operation of the Starter Generator stator and exciter windings, a turbine engine oil circuit for conducting lubricating oil to the turbine engine , an electric Starter Generator oil circuit for conducting cooling oil from the electric Starter Generator , characterized in that it further comprises, an oil-to-oil heat exchanger connected with the engine oil circuit and connected with the electric Starter Generator oil circuit , for transferring heat from the Starter Generator oil to the engine oil as to warm-up the engine oil during turbine engine motoring prior to actual starting sequence, and wherein the Starter Generator electronic controller is programmed to increase the excitation current of the Starter Generator during the motoring phase in order to maximize the heat rejected to the oil and increase the oil temperature as much as possible, or reduce motoring time. a Starter Generator mechanically coupled when in use with a turbine engine , and an electronic controller for controlling the operation of the Starter Generator stator and exciter windings, a turbine engine oil circuit for conducting lubricating oil to the turbine engine , an electric Starter Generator oil circuit for conducting cooling oil from the electric Starter Generator , characterized in that it further comprises, an oil-to-oil heat exchanger connected with the engine oil circuit and connected with the electric Starter Generator oil circuit , for transferring heat from the Starter Generator oil to the engine oil as to warm-up the engine oil during turbine engine motoring prior to actual starting sequence, and wherein the Starter Generator electronic controller is programmed to increase the excitation current of the Starter Generator during the motoring phase in order to maximize the heat rejected to the oil and increase the oil temperature as much as possible, or reduce motoring time.
A cutting insert comprising: a first end surface ; a second end surface being opposite to the first end surface; and a peripheral side surface extending between the first end surface and the second end surface, wherein at least one cutting edge having an arc shape is formed on an intersecting ridgeline portion between the peripheral side surface and at least one of the first end surface and the second end surface , wherein the cutting edge is formed so as to follow one first curved shape having a constant first curvature radius (Br) when the cutting insert is viewed from the end surface thereof, and is formed so that at least over half the cutting edge follows one second curved shape having a constant second curvature radius (Cr) when the cutting insert is viewed from the side surface thereof, characterised in that a center (B) of a first circle partially having a first arc (B1) is defined by the cutting edge being regarded as the first arc (B1) when the cutting insert is viewed from the end surface thereof, and a center (C) of a second circle partially having a second arc (C1) is defined by at least over half the cutting edge being regarded as the second arc (C1) when the cutting insert is viewed from the side surface thereof, the center (C) of the second circle being located apart from a first plane (S) represented as a straight line passing through a point bisecting the cutting edge having the arc shape and the center (B) of the first circle when the cutting insert is viewed from the end surface thereof.
An authentication system including a label having at least three codes for identifying and validating the authenticity of said label, characterised in that the system includes: - at least two independent databases BD (BD1, BD2) in which said at least three codes are entered, and in that each database BD (BD1, BD2) includes: - an unknown code from the other database, - a known code from two databases, - said known code paired with one of said unknown codes . - at least two independent databases BD (BD1, BD2) in which said at least three codes are entered, - an unknown code from the other database, - a known code from two databases, - said known code paired with one of said unknown codes .
An open-type refrigerant compressor comprising: a housing ; a suction port which is formed in the housing ; a compression mechanism which is provided inside the housing and is configured to compress a refrigerant gas containing a lubricant; a drive shaft which is configured to drive the compression mechanism ; a seal member which is provided in a shaft hole through which the drive shaft protrudes from the housing to an outside so as to prevent the refrigerant gas from leaking from an inside of the housing to the outside thereof; a refrigerant supply passage which is continuous from the inside of the housing to the seal member ; and a refrigerant gas distribution portion which is configured to distribute the refrigerant gas introduced from the suction port to the inside of the housing to the refrigerant supply passage side and the compression mechanism side, wherein a distribution ratio of the refrigerant gas distributed by the refrigerant gas distribution portion is set such that an amount distributed to the refrigerant supply passage side is greater than an amount distributed to the compression mechanism side, the open-type refrigerant compressor characterized in that the refrigerant gas distribution portion is attached to the inside of the housing as a separate part, and at least a portion of the refrigerant supply passage is formed by covering a refrigerant supply groove formed on an inner surface of the housing with the refrigerant gas distribution portion . a housing ; a suction port which is formed in the housing ; a compression mechanism which is provided inside the housing and is configured to compress a refrigerant gas containing a lubricant; a drive shaft which is configured to drive the compression mechanism ; a seal member which is provided in a shaft hole through which the drive shaft protrudes from the housing to an outside so as to prevent the refrigerant gas from leaking from an inside of the housing to the outside thereof; a refrigerant supply passage which is continuous from the inside of the housing to the seal member ; and a refrigerant gas distribution portion which is configured to distribute the refrigerant gas introduced from the suction port to the inside of the housing to the refrigerant supply passage side and the compression mechanism side, wherein a distribution ratio of the refrigerant gas distributed by the refrigerant gas distribution portion is set such that an amount distributed to the refrigerant supply passage side is greater than an amount distributed to the compression mechanism side, the open-type refrigerant compressor characterized in that the refrigerant gas distribution portion is attached to the inside of the housing as a separate part, and at least a portion of the refrigerant supply passage is formed by covering a refrigerant supply groove formed on an inner surface of the housing with the refrigerant gas distribution portion .
A dual-frequency optical source comprising: (a) first and second pump laser sources arranged to generate optical pump power at respective first and second pump laser frequencies v pump1 and v pump2 ; and (b) a fiber optical resonator exhibiting a Brillouin shift frequency v B and a free spectral range that is substantially equal to an integer submultiple of the Brillouin shift frequency, wherein: (c) each one of the first and second pump laser sources is frequency-locked to a corresponding resonant optical mode of the fiber optical resonator ; (d) first and second optical output signals of the dual-frequency optical source at respective first and second output frequencies v 1 = v pump1- v B and v 2 = v pump2 -v B comprise stimulated Brillouin laser output generated by simultaneous optical pumping of the fiber optical resonator by the first and second pump laser sources , respectively; characterized in that : (e) an output difference frequency v 2 - v 1 is greater than about 300 GHz; and (f) the fiber optical resonator comprises an optical fiber greater than or equal to about 100 meters in length. (a) first and second pump laser sources arranged to generate optical pump power at respective first and second pump laser frequencies v pump1 and v pump2 ; and (b) a fiber optical resonator exhibiting a Brillouin shift frequency v B and a free spectral range that is substantially equal to an integer submultiple of the Brillouin shift frequency, (c) each one of the first and second pump laser sources is frequency-locked to a corresponding resonant optical mode of the fiber optical resonator ; (d) first and second optical output signals of the dual-frequency optical source at respective first and second output frequencies v 1 = v pump1- v B and v 2 = v pump2 -v B comprise stimulated Brillouin laser output generated by simultaneous optical pumping of the fiber optical resonator by the first and second pump laser sources , respectively; (e) an output difference frequency v 2 - v 1 is greater than about 300 GHz; and (f) the fiber optical resonator comprises an optical fiber greater than or equal to about 100 meters in length.