mhurhangee/ep-ind-claims huggingface dataset:
An audio signal encoding method, comprising: obtaining a target frequency-domain coefficient of a current frame and a reference target frequency-domain coefficient of the current frame; calculating a cost function based on the target frequency-domain coefficient and the reference target frequency-domain coefficient of the current frame, wherein the cost function is for determining whether to perform long-term prediction LTP processing on the current frame during encoding of the target frequency-domain coefficient of the current frame; and encoding the target frequency-domain coefficient of the current frame based on the cost function. obtaining a target frequency-domain coefficient of a current frame and a reference target frequency-domain coefficient of the current frame; calculating a cost function based on the target frequency-domain coefficient and the reference target frequency-domain coefficient of the current frame, wherein the cost function is for determining whether to perform long-term prediction LTP processing on the current frame during encoding of the target frequency-domain coefficient of the current frame; and encoding the target frequency-domain coefficient of the current frame based on the cost function.
A fabrication system (1000A, 1000B, 1000C, 3000A), comprising: an organic liquid deposition system; a transport module (1400A, 1400B) coupled to the organic liquid deposition system a thermal treatment module coupled to the transport module, the thermal treatment module comprising a plurality of substrate supports and a plurality of gas circulation units; a processing module (1200, 1200A, 1200B, 1300) coupled to the transport module; and an input/output module coupled to the transport module an organic liquid deposition system; a transport module (1400A, 1400B) coupled to the organic liquid deposition system a thermal treatment module coupled to the transport module, the thermal treatment module comprising a plurality of substrate supports and a plurality of gas circulation units; a processing module (1200, 1200A, 1200B, 1300) coupled to the transport module; and an input/output module coupled to the transport module
A collapsible drill, comprising: a chuck configured and dimensioned to receive a drill bit, and a motor section, wherein the motor section is configured to drive rotation of the chuck characterised in that the collapsible drill further comprises a piston including a pair of interlocking splines, wherein the motor section is configured to drive rotation of the piston and wherein the piston is configured to stop rotation of the chuck relative to the piston with depression of the piston. a chuck configured and dimensioned to receive a drill bit, and a motor section, wherein the motor section is configured to drive rotation of the chuck characterised in that the collapsible drill further comprises a piston including a pair of interlocking splines, wherein the motor section is configured to drive rotation of the piston and wherein the piston is configured to stop rotation of the chuck relative to the piston with depression of the piston.
A stator comprising: a stator core (510; 540) including a back yoke (511; 541) having an annular shape and a plurality of teeth (512; 542) protruding radially inward of the back yoke (511;541) and arranged at intervals in a circumferential direction; and insulators (520, 530; 550) between which the stator core (510; 540) is sandwiched from both sides in an axial direction, wherein at least three fitting claws (524, 534; 554) are provided at positions each corresponding to a different one of the stator teeth, on an outer periphery of each of the insulators (520, 530; 550), each of the fitting claws having two projections (524b, 534b; 554b) being fitted into two fitting grooves (515, 515a) or two fitting holes of the back yoke (511; 541), said two fitting grooves (515, 515a) being provided on an outer peripheral side of the back yoke (511; 541), said two fitting holes being provided on an axial end of the back yoke, said two fitting grooves (515, 515a) or two fitting holes extending along the axial direction and being arranged away from, in the circumferential direction, a position of a crimp (513; 543) that joins laminated steel sheets of the back yoke (511; 541), so as to put the position of the crimp (513; 543) circumferentially between the two fitting grooves (515, 515a) or two fitting holes corresponding to the same one of the at least three fitting claws (524, 534, 554). a stator core (510; 540) including a back yoke (511; 541) having an annular shape and a plurality of teeth (512; 542) protruding radially inward of the back yoke (511;541) and arranged at intervals in a circumferential direction; and insulators (520, 530; 550) between which the stator core (510; 540) is sandwiched from both sides in an axial direction, wherein at least three fitting claws (524, 534; 554) are provided at positions each corresponding to a different one of the stator teeth, on an outer periphery of each of the insulators (520, 530; 550), each of the fitting claws having two projections (524b, 534b; 554b) being fitted into two fitting grooves (515, 515a) or two fitting holes of the back yoke (511; 541), said two fitting grooves (515, 515a) being provided on an outer peripheral side of the back yoke (511; 541), said two fitting holes being provided on an axial end of the back yoke, said two fitting grooves (515, 515a) or two fitting holes extending along the axial direction and being arranged away from, in the circumferential direction, a position of a crimp (513; 543) that joins laminated steel sheets of the back yoke (511; 541), so as to put the position of the crimp (513; 543) circumferentially between the two fitting grooves (515, 515a) or two fitting holes corresponding to the same one of the at least three fitting claws (524, 534, 554).
Finafloxacin for use in the treatment of a complicated urinary tract infection or pyelonephritis, wherein finafloxacin is administered in an oral or parenteral administration form for a period of time of 3 to 5 days, and wherein the daily dose of finafloxacin is 800 to 2000 mg.
Method for mutually separating particles of plastic foil and particles of organic material, the method comprising of: - arranging perforations in a wall of a chamber; - feeding a mixture comprising particles of plastic foil and particles of organic material into the chamber through a feed opening provided for the purpose; - setting the mixture into a rotating movement inside the chamber by means of a rotor such that in the vicinity of the perforations a centrifugal force to which a particle is subjected is at least fifty times greater than a gravitational force to which the particle is subjected; - generating a first airflow in the chamber parallel to a rotation axis of the rotor; - discharging through a first discharge opening particles of organic material which have left chamber through the perforations; and - discharging through a second discharge opening particles of plastic foil carried along by the first airflow. - arranging perforations in a wall of a chamber; - feeding a mixture comprising particles of plastic foil and particles of organic material into the chamber through a feed opening provided for the purpose; - setting the mixture into a rotating movement inside the chamber by means of a rotor such that in the vicinity of the perforations a centrifugal force to which a particle is subjected is at least fifty times greater than a gravitational force to which the particle is subjected; - generating a first airflow in the chamber parallel to a rotation axis of the rotor; - discharging through a first discharge opening particles of organic material which have left chamber through the perforations; and - discharging through a second discharge opening particles of plastic foil carried along by the first airflow.
An apparatus, comprising; a first network node (231, 232, 241-244, 251, 252) configured to be operatively within a network including a plurality of network nodes (231, 232, 241-244, 251, 252) and a core network node (221,222), the first network node configured to send a first authentication message within the network upon boot up, the first network node configured to receive a second authentication message in response to the first authentication message, the first network node configured to be authenticated based on the second authentication message, the first network node configured to send a first discovery message after being authenticated, the first network node configured to receive a second discovery message based on the first discovery message, the first network node configured to identify an address of the first network node and an address of the core network node based on the second discovery message, the first network node configured to set up a control-plane tunnel (20, 22) to the core network node based on the address of the first network node and the address of the core network node and receive configuration information from the core network node through the control-plane tunnel, the first network node configured to send first network topology information to a second network node of the plurality of network nodes, the second network node directly coupled to the first network node, the first network topology information including a list of network nodes directly coupled to the first network node, the first network node configured to receive second network topology information from the second network node, the second network topology information including a list of network nodes directly coupled to the second network node, the first network node configured to update the first network topology information based on the second network topology information.
An optical-fiber-spliced portion reinforcing heating device comprising: a pair of clamps (2A, 2B) that are arranged to respectively grasp one portion of a coated portion of an optical fiber and the other portion thereof, the coated portion being exposed from a sleeve, the optical fiber being configured to have the coated portion and a fusion-spliced portion having a coating-removed portion, which are covered with the sleeves; a fifth force-applying member that is provided on at least one of the paired clamps (2A, 2B) and that is arranged to apply a pressing force sandwiching the optical fiber; a first cam mechanism that is configured to be displaced by being driven to rotate by motor control and thereby controls to grasp the optical fiber due to the displacement; at least two or more heaters that are arranged to face each other so as to sandwich the sleeve; a second force-applying member that is arranged to apply a pressing force to at least one or more of the two or more heaters with the sleeve interposed therebetween; and a third cam mechanism that is disposed on a camshaft on which the first cam mechanism is provided or is disposed on an other camshaft parallel to the camshaft, is configured to be displaced by being driven to rotate by the motor control, and thereby arranged to control the heaters to press the sleeve due to the displacement, wherein the same motor is arranged to control a force of each of the force-applying members with respect to the clamps (2A, 2B) and the heaters by the first and third cam mechanisms (71, 73). a pair of clamps (2A, 2B) that are arranged to respectively grasp one portion of a coated portion of an optical fiber and the other portion thereof, the coated portion being exposed from a sleeve, the optical fiber being configured to have the coated portion and a fusion-spliced portion having a coating-removed portion, which are covered with the sleeves; a fifth force-applying member that is provided on at least one of the paired clamps (2A, 2B) and that is arranged to apply a pressing force sandwiching the optical fiber; a first cam mechanism that is configured to be displaced by being driven to rotate by motor control and thereby controls to grasp the optical fiber due to the displacement; at least two or more heaters that are arranged to face each other so as to sandwich the sleeve; a second force-applying member that is arranged to apply a pressing force to at least one or more of the two or more heaters with the sleeve interposed therebetween; and a third cam mechanism that is disposed on a camshaft on which the first cam mechanism is provided or is disposed on an other camshaft parallel to the camshaft, is configured to be displaced by being driven to rotate by the motor control, and thereby arranged to control the heaters to press the sleeve due to the displacement, wherein the same motor is arranged to control a force of each of the force-applying members with respect to the clamps (2A, 2B) and the heaters by the first and third cam mechanisms (71, 73).
An oxidative hair treatment composition comprising at least one alkalizing agent, at least one oxidizing agent, at least one saturated acyclic terpane which is a saturated acyclic terpane having 10 to 40 carbon atoms, at least one amino acid selected from the group consisting of alanine, glycine, phenylalanine, leucine, valine, isoleucine, glutamic acid, aspartic acid, citrulline, histidine, arginine, lysine and tyrosine, a cosmetically acceptable aqueous or aqueous-organic medium, and at least one chelant selected from the group consisting of ethylenediamine-N,N'-disuccinic acid (EDDS), ethylenediamine-N,N'-diglutaric acid (EDDG), 2-hydroxypropylenediamine-N,N'-disuccinic acid (HPDDS), N,N-dicarboxymethylglutamic acid (GLDA), glycinamide-N,N'-disuccinic acid (GADS), ethylenediamine-N-N'-bis(ortho-hydroxyphenyl acetic acid) (EDDHA), dimethyl glucamine, N-(1-carboxyethyl)iminodiacetic acid, methylglycine N,N-diacetic acid, and their salts thereof. at least one alkalizing agent, at least one oxidizing agent, at least one saturated acyclic terpane which is a saturated acyclic terpane having 10 to 40 carbon atoms, at least one amino acid selected from the group consisting of alanine, glycine, phenylalanine, leucine, valine, isoleucine, glutamic acid, aspartic acid, citrulline, histidine, arginine, lysine and tyrosine, a cosmetically acceptable aqueous or aqueous-organic medium, and at least one chelant selected from the group consisting of ethylenediamine-N,N'-disuccinic acid (EDDS), ethylenediamine-N,N'-diglutaric acid (EDDG), 2-hydroxypropylenediamine-N,N'-disuccinic acid (HPDDS), N,N-dicarboxymethylglutamic acid (GLDA), glycinamide-N,N'-disuccinic acid (GADS), ethylenediamine-N-N'-bis(ortho-hydroxyphenyl acetic acid) (EDDHA), dimethyl glucamine, N-(1-carboxyethyl)iminodiacetic acid, methylglycine N,N-diacetic acid, and their salts thereof.
A sealing device adapted to implement an enclosure (4, 5) that is formed by at least one rotary member (3, 15) and at least one static member (12, 13) of a turbojet and that is intended to contain a suspension of lubricating oil droplets (h), the sealing device comprising at least one brush seal, with juxtaposed strands, radially oriented towards the rotary member (3, 15) and attached at one of their ends to a fixed member secured to said static member, said seal being arranged to create a seal between said rotary member and said one static member, said device being characterized in that it comprises means (12, 19, 25, 30) for recovering some of the oil flowing along one wall (19b, 30) of said enclosure (4, 5) and means (20, 22, 23, 24, 26) for channeling said recovered oil (h) towards the fixed end of the strands of said brush seal.
A feedthrough assembly, which comprises: a) an insulator of electrically non-conductive material having a height defined by an insulator sidewall extending to spaced apart first and second ends, wherein the insulator has at least one terminal pin bore extending from the first end to the second end thereof; b) a terminal pin received in the terminal pin bore, the terminal pin having a sidewall extending to opposed first and second ends disposed spaced from the respective first and second insulator ends, wherein the terminal pin comprises a first metal which is a refractory metal; c) a ferrule of an electrically conductive material and comprising a ferrule opening defined by a surrounding sidewall extending to a ferrule first end and a ferrule second end, wherein the insulator is supported in the ferrule opening; d) a first braze material contacting the terminal pin thereby hermetically sealing the terminal pin to the insulator and a second braze material hermetically sealing the insulator to the ferrule; and e) a terminal block, comprising a second metal, positioned such that the terminal pin extends through a terminal block throughbore, wherein a partial laser weld, joining the terminal pin to the terminal block, is formed at a top surface of the terminal block and covers from 10 percent to 80 percent of a perimeter of the first end of the terminal pin. a) an insulator of electrically non-conductive material having a height defined by an insulator sidewall extending to spaced apart first and second ends, wherein the insulator has at least one terminal pin bore extending from the first end to the second end thereof; b) a terminal pin received in the terminal pin bore, the terminal pin having a sidewall extending to opposed first and second ends disposed spaced from the respective first and second insulator ends, wherein the terminal pin comprises a first metal which is a refractory metal; c) a ferrule of an electrically conductive material and comprising a ferrule opening defined by a surrounding sidewall extending to a ferrule first end and a ferrule second end, wherein the insulator is supported in the ferrule opening; d) a first braze material contacting the terminal pin thereby hermetically sealing the terminal pin to the insulator and a second braze material hermetically sealing the insulator to the ferrule; and e) a terminal block, comprising a second metal, positioned such that the terminal pin extends through a terminal block throughbore, wherein a partial laser weld, joining the terminal pin to the terminal block, is formed at a top surface of the terminal block and covers from 10 percent to 80 percent of a perimeter of the first end of the terminal pin.
A method comprising: collecting a data set of field characterization measurements at a location inside a reverberant cavity excited by signals having multiple discrete electromagnetic frequencies, wherein the multiple discrete electromagnetic frequencies are separated by a constant frequency step (Δf), wherein at each discrete electromagnetic frequency an excitation signal is applied and removed and a resulting electromagnetic field is allowed to decay before moving on to the next discrete electromagnetic frequency, and wherein the field characterization measurements characterize the electromagnetic field in the cavity; performing a number (n) of circular shifts on the data set by the constant frequency step (Δf) and computing a covariance-based coefficient at each shift until the coefficient indicates a lack of correlation between a shifted data set and the data set; and computing a quality factor of the reverberant cavity as fc/(Δf x n), where fc is a center frequency of the data set. collecting a data set of field characterization measurements at a location inside a reverberant cavity excited by signals having multiple discrete electromagnetic frequencies, wherein the multiple discrete electromagnetic frequencies are separated by a constant frequency step (Δf), wherein at each discrete electromagnetic frequency an excitation signal is applied and removed and a resulting electromagnetic field is allowed to decay before moving on to the next discrete electromagnetic frequency, and wherein the field characterization measurements characterize the electromagnetic field in the cavity; performing a number (n) of circular shifts on the data set by the constant frequency step (Δf) and computing a covariance-based coefficient at each shift until the coefficient indicates a lack of correlation between a shifted data set and the data set; and computing a quality factor of the reverberant cavity as fc/(Δf x n), where fc is a center frequency of the data set.
An X-ray source, comprising: a target for emitting X-rays upon being struck by one or more excitation beams; and a plurality of total internal reflection multilayer optic devices arranged to transmit at least a portion of the X rays through total internal reflection to produce X-ray beams, wherein each of the optic devices comprises an input face for receiving the X rays and an output face through which the X-ray beams exit the integrated X-ray source wherein the X-ray source is an integrated X-ray source comprising said plurality of total internal reflection multilayer optic devices in physical contact with the target, and characterized in that the target is a stepped target including two or more steps with each step being in physical contact with a corresponding optic device. a target for emitting X-rays upon being struck by one or more excitation beams; and a plurality of total internal reflection multilayer optic devices arranged to transmit at least a portion of the X rays through total internal reflection to produce X-ray beams, wherein each of the optic devices comprises an input face for receiving the X rays and an output face through which the X-ray beams exit the integrated X-ray source wherein the X-ray source is an integrated X-ray source comprising said plurality of total internal reflection multilayer optic devices in physical contact with the target, and characterized in that the target is a stepped target including two or more steps with each step being in physical contact with a corresponding optic device.
An earth-boring drill bit, optionally a hybrid pilot reamer type bit, for drilling a bore hole in an earthen formation, the bit comprising: a bit body configured at its upper extent for connection to a drillstring, the bit body having a central axis and a bit face comprising a cone region, a nose region, a shoulder region, and a radially outermost gage region; at least one fixed blade (61, 63, 65) extending downward from the bit body in the axial direction, the at least one fixed blade (23, 25, 27) having a leading and a trailing edge; a plurality of fixed-blade cutting elements (71, 73, 75) arranged on the at least one fixed blade (61, 63, 65); at least one rolling cutter (29, 31, 33) mounted for rotation on the bit body; and a plurality of rolling-cutter cutting elements (35, 37, 39) arranged on the at least one rolling cutter (29, 31, 33); characterized in that the at least one fixed blade (61, 63, 65) extends radially outwardly from the central axis toward the at least one rolling cutter (29, 31, 33) in substantial alignment with the at least one rolling cutter (29, 31, 33), such that a line drawn from and perpendicular to the central axis would pass through substantially the centre of the at least one fixed blade (61, 63, 65) and substantially the centre of the at least one rolling cutter (29, 31, 33). a bit body configured at its upper extent for connection to a drillstring, the bit body having a central axis and a bit face comprising a cone region, a nose region, a shoulder region, and a radially outermost gage region; at least one fixed blade (61, 63, 65) extending downward from the bit body in the axial direction, the at least one fixed blade (23, 25, 27) having a leading and a trailing edge; a plurality of fixed-blade cutting elements (71, 73, 75) arranged on the at least one fixed blade (61, 63, 65); at least one rolling cutter (29, 31, 33) mounted for rotation on the bit body; and a plurality of rolling-cutter cutting elements (35, 37, 39) arranged on the at least one rolling cutter (29, 31, 33); characterized in that the at least one fixed blade (61, 63, 65) extends radially outwardly from the central axis toward the at least one rolling cutter (29, 31, 33) in substantial alignment with the at least one rolling cutter (29, 31, 33), such that a line drawn from and perpendicular to the central axis would pass through substantially the centre of the at least one fixed blade (61, 63, 65) and substantially the centre of the at least one rolling cutter (29, 31, 33).