mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing a piece for power-assisted bicycle frame equipped with a motive power unit including a bottom-bracket spindle, the piece having a first side and a second side opposite the first side, the piece being a first part of said frame, and which comprises: • a first passage provided to be passed through by a saddle tube, • a second passage provided to be passed through by a directing tube, • an interface part with the motive power unit, and • a first cavity open on at least one of the sides (61, 62) of the piece and provided to receive at least partially a battery to power the motive power unit; characterized in that the manufacturing method is a metal injection molding method, and in that the piece is one-piece molded and has a wall part having a thickness of less than 4 mm. • a first passage provided to be passed through by a saddle tube, • a second passage provided to be passed through by a directing tube, • an interface part with the motive power unit, and • a first cavity open on at least one of the sides (61, 62) of the piece and provided to receive at least partially a battery to power the motive power unit;
A compound of the formula, or a pharmaceutically acceptable salt thereof wherein R is selected from: H, -C 1-3 alkyl, -CH 2 CH CH 3, -C 2-3 alkyl-O-CH 3, R1 is selected from: H, -CH 3, and -OCH 3; R2 is -CHF 2 or -CF 3; and R3 is H or -CH 3; provided when R2 is -CF 3 and R3 is H, either R or R1 can be -CH 3, but not both. wherein R is selected from: H, -C 1-3 alkyl, -CH 2 CH CH 3, -C 2-3 alkyl-O-CH 3, R1 is selected from: H, -CH 3, and -OCH 3; R2 is -CHF 2 or -CF 3; and R3 is H or -CH 3; provided when R2 is -CF 3 and R3 is H, either R or R1 can be -CH 3, but not both.
A linear oscillatory actuator comprising: a magnetic pole forming portion that includes an electromagnet capable of generating different polarities alternately when activated and a base on which the electromagnet is fixed; at least two magnetic blocks each of which is disposed oppositely to the magnetic pole forming portion and includes a magnet to be attracted or repelled by a polarity generated at the magnetic pole forming portion, and reciprocates relatively to the magnetic pole forming portion; at least two elastic suspensions that support the magnetic blocks reciprocatably, respectively; and at least one coupling spring portion that couples the magnetic blocks reciprocatably, wherein each of the elastic suspensions includes upper extending portions connected with both sides of each of the magnetic blocks, respectively, lower extending portions connected with both sides of the base of the magnetic pole forming portion, respectively, and elastic planar portions that are integrally provided between the upper extending portions and the lower extending portions, respectively, the linear oscillatory actuator is characterized by further comprising depressed portions (26, 26A) are formed at continuous portions between the upper extending portions and the elastic planar portions, respectively, and each of the depressed portions (26, 26A) is depressed toward each of the magnetic blocks. a magnetic pole forming portion that includes an electromagnet capable of generating different polarities alternately when activated and a base on which the electromagnet is fixed; at least two magnetic blocks each of which is disposed oppositely to the magnetic pole forming portion and includes a magnet to be attracted or repelled by a polarity generated at the magnetic pole forming portion, and reciprocates relatively to the magnetic pole forming portion; at least two elastic suspensions that support the magnetic blocks reciprocatably, respectively; and at least one coupling spring portion that couples the magnetic blocks reciprocatably, wherein each of the elastic suspensions includes upper extending portions connected with both sides of each of the magnetic blocks, respectively, lower extending portions connected with both sides of the base of the magnetic pole forming portion, respectively, and elastic planar portions that are integrally provided between the upper extending portions and the lower extending portions, respectively, the linear oscillatory actuator is characterized by further comprising depressed portions (26, 26A) are formed at continuous portions between the upper extending portions and the elastic planar portions, respectively, and each of the depressed portions (26, 26A) is depressed toward each of the magnetic blocks.
A method of detecting edges representing photons from an output signal of a preamplifier of an energy-dispersive radiation spectrometry system, each point of said preamplifier output signal having a magnitude value associated therewith, the method characterized by: identifying a first portion of said preamplifier output signal wherein each part of said first portion has an instantaneous slope having a first polarity; identifying a second portion of said preamplifier output signal immediately following said first portion wherein each part of said second portion has an instantaneous slope having a second polarity opposite said first polarity; identifying a third portion of said preamplifier output signal immediately following said second portion wherein each part of said third portion has an instantaneous slope having said first polarity; determining a first difference between the magnitude value associated with an end point of said second portion and the magnitude value associated with a beginning point of said second portion; determining a second difference between the magnitude value associated with an end point of said third portion and the magnitude value associated with a beginning point of said first portion; and determining that an edge exists if: (i) said first difference exceeds a predetermined threshold value, and (ii) said second difference exceeds a predetermined fraction of said predetermined threshold value. identifying a first portion of said preamplifier output signal wherein each part of said first portion has an instantaneous slope having a first polarity; identifying a second portion of said preamplifier output signal immediately following said first portion wherein each part of said second portion has an instantaneous slope having a second polarity opposite said first polarity; identifying a third portion of said preamplifier output signal immediately following said second portion wherein each part of said third portion has an instantaneous slope having said first polarity; determining a first difference between the magnitude value associated with an end point of said second portion and the magnitude value associated with a beginning point of said second portion; determining a second difference between the magnitude value associated with an end point of said third portion and the magnitude value associated with a beginning point of said first portion; and determining that an edge exists if: (i) said first difference exceeds a predetermined threshold value, and (ii) said second difference exceeds a predetermined fraction of said predetermined threshold value.
A cartridge with a filling of at least one substance for preparing a liquid product by means of liquid and/or steam introduced into the cartridge, the cartridge including: - a casing containing said filling with a bottom wall for said liquid product to flow from the cartridge, and - a cover closing the casing of the cartridge at the end of the casing opposed to said bottom wall, wherein at least said casing includes a crushed plant fiber material, and said cover is retained on said casing via complementary formations of which one encloses the other thereby opposing the separation of the cover from the casing wherein said complementary formations include a peripheral edge and a nip (144, 148; 144, 150; 144, 152) which encloses said peripheral edge, said nip (144, 148; 144, 150; 144, 152) and said peripheral edge being carried by said casing and said cover, respectively, and wherein: - the casing has a mouth portion with a front flange of the casing, - the peripheral edge rests on said flange, and - a ring (148; 150; 152) is fitted onto said flange enclosing the peripheral edge of the cover, characterised in that said crushed plant fiber material includes rice husk, and in that the ring (148; 150; 152) is a locking ring producing the nip. - a casing containing said filling with a bottom wall for said liquid product to flow from the cartridge, and - a cover closing the casing of the cartridge at the end of the casing opposed to said bottom wall, - the casing has a mouth portion with a front flange of the casing, - the peripheral edge rests on said flange, and - a ring (148; 150; 152) is fitted onto said flange enclosing the peripheral edge of the cover, characterised in that said crushed plant fiber material includes rice husk, and in that the ring (148; 150; 152) is a locking ring producing the nip.
A resin composition comprising: an ionomer resin of from 25% by mass to 64% by mass of an ethylene-unsaturated carboxylic acid-based copolymer; and from 36% by mass to 75% by mass of an olefin polymer, the ionomer resin being neutralized with a metal ion and having a degree of neutralization of 52% or higher, with the proviso that a total amount of resin components in the resin composition that would be present when the resin composition is unneutralized being defined as 100% by mass, a final blend neutralization rate (A × B × C × 10 -4); with the final blend neutralization rate being defined as a product of: a content of the structural unit formed from an unsaturated carboxylic acid in the ethylene-unsaturated carboxylic acid-based copolymer (A% by mass); the degree of neutralization of the ionomer resin (B%); and a content of the ethylene-unsaturated carboxylic acid-based copolymer (C% by mass); and characterized in that the final blend neutralization rate (A × B × C × 10 -4) is in a range of from 2.4 to 9.0. an ionomer resin of from 25% by mass to 64% by mass of an ethylene-unsaturated carboxylic acid-based copolymer; and from 36% by mass to 75% by mass of an olefin polymer, the ionomer resin being neutralized with a metal ion and having a degree of neutralization of 52% or higher, with the proviso that a total amount of resin components in the resin composition that would be present when the resin composition is unneutralized being defined as 100% by mass, a final blend neutralization rate (A × B × C × 10 -4); with the final blend neutralization rate being defined as a product of: a content of the structural unit formed from an unsaturated carboxylic acid in the ethylene-unsaturated carboxylic acid-based copolymer (A% by mass); the degree of neutralization of the ionomer resin (B%); and a content of the ethylene-unsaturated carboxylic acid-based copolymer (C% by mass); and characterized in that the final blend neutralization rate (A × B × C × 10 -4) is in a range of from 2.4 to 9.0. a content of the structural unit formed from an unsaturated carboxylic acid in the ethylene-unsaturated carboxylic acid-based copolymer (A% by mass); the degree of neutralization of the ionomer resin (B%); and a content of the ethylene-unsaturated carboxylic acid-based copolymer (C% by mass); and characterized in that the final blend neutralization rate (A × B × C × 10 -4) is in a range of from 2.4 to 9.0.
A pharmaceutical solution for nasal administration consisting of: (a) a benzodiazepine drug; (b) one or more natural or synthetic tocopherols or tocotrienols, or any combinations thereof, in an amount of 30% (w/w) to 75% (w/w); (c) 10% (w/w) to 55% (w/w) of alcohols, comprising 1-25% (w/v) ethanol and 1-25% (w/v) benzyl alcohol, based on the amount of pharmaceutical solution; and (d) an alkyl glycoside wherein the solution contains less than 1% water. (a) a benzodiazepine drug; (b) one or more natural or synthetic tocopherols or tocotrienols, or any combinations thereof, in an amount of 30% (w/w) to 75% (w/w); (c) 10% (w/w) to 55% (w/w) of alcohols, comprising 1-25% (w/v) ethanol and 1-25% (w/v) benzyl alcohol, based on the amount of pharmaceutical solution; and (d) an alkyl glycoside
Combination of an agent that interferes with DNA replication and a vaccine comprising at least one survivin antigen for use in a method for improving the efficacy of the vaccine in the treatment of cancer in a subject, wherein the subject is administered at least two doses of the agent in an amount sufficient to provide an immune-modulating effect; and the subject is subsequently administered a therapeutically effective amount of the vaccine, wherein the agent that interferes with DNA replication is cyclophosphamide and the subject is administered the cyclophosphamide in a metronomic regimen, wherein said metronomic regimen comprises administering the cyclophosphamide to the subject daily for a period of about one week every second week.
Method for producing an axle for a motor vehicle, comprising: - a tubular crossmember having a transverse axis which is resiliently flexible under torsion; - two longitudinal parallel arms, each thereof being intended to be attached to a body shell of the motor vehicle and each thereof being rigidly attached to a transverse end section of the crossmember; - the crossmember comprising an end head, characterized in that the method comprises a step of rigidly attaching at least one arm to the crossmember by transversely embedding by force the end head of the crossmember into a recess of complementary shape to the arm with an interference fit substantially over the entire length of the head. - a tubular crossmember having a transverse axis which is resiliently flexible under torsion; - two longitudinal parallel arms, each thereof being intended to be attached to a body shell of the motor vehicle and each thereof being rigidly attached to a transverse end section of the crossmember; - the crossmember comprising an end head, characterized in that the method comprises a step of rigidly attaching at least one arm to the crossmember by transversely embedding by force the end head of the crossmember into a recess of complementary shape to the arm with an interference fit substantially over the entire length of the head.
A method for estimating output voltages (Vu, Vv, Vw) of a pulse width modulated inverter, the method comprising: individually low pass filtering a plurality of output voltage signals (173u, 173v, 173w) of a pulse width modulated inverter using a corresponding plurality of low pass filter circuits having low pass filter cut off frequencies (fcutoff) lower than an output voltage waveform frequency (fwf) corresponding to a maximum rise or fall rate of output voltage waveforms of the output voltage signals (173u, 173v, 173w); individually buffering the low pass filtered output voltage signals using a corresponding plurality of analog buffer circuits (174u, 174v, 174w) to provide a plurality of buffered voltage signals; sampling at least some of the buffered voltage signals at a sampling frequency (fs) above the low pass filter cut off frequencies (fcutoff) to provide a plurality of sampled values; using at least one processor, determining (210, 212) an estimated volt-second value for a phase voltage or line-line voltage of interest according to at least some of the sampled values. individually low pass filtering a plurality of output voltage signals (173u, 173v, 173w) of a pulse width modulated inverter using a corresponding plurality of low pass filter circuits having low pass filter cut off frequencies (fcutoff) lower than an output voltage waveform frequency (fwf) corresponding to a maximum rise or fall rate of output voltage waveforms of the output voltage signals (173u, 173v, 173w); individually buffering the low pass filtered output voltage signals using a corresponding plurality of analog buffer circuits (174u, 174v, 174w) to provide a plurality of buffered voltage signals; sampling at least some of the buffered voltage signals at a sampling frequency (fs) above the low pass filter cut off frequencies (fcutoff) to provide a plurality of sampled values; using at least one processor, determining (210, 212) an estimated volt-second value for a phase voltage or line-line voltage of interest according to at least some of the sampled values.
A method for generating dried bacterially synthesized nanocellulose non-woven sheets (non-woven BNC sheets), wherein the non-woven BNC sheet is subjected to the adsorbing influence of a humidity binder and subsequently to its adsorbing influence it is dried, wherein as humidity binder an osmotically and/or hygroscopically effective solution is used, characterized in that the humidity binding solution is used in a concentration of osmotically active and/or hygroscopic substances of 0.01 % up to the saturation concentration and that the non-woven BNC sheet to be subjected to the adsorbing influence of the humidity binding solution is immersed into the humidity binding solution or the humidity binding solution is sprayed, dropped, brushed or poured onto it.
Valve, comprising a valve housing in which a valve spool chamber having a longitudinal axis is formed, in which valve spool chamber there is located a valve spool switchable between several switching positions while performing an axial switch-over movement, and further comprising holding means for the releasably latched fixing of the valve spool relative to the housing in at least one of its switching positions, which holding means comprise a holding spring, which consists of a bent one-piece spring element and is installed into a slot-shaped spring chamber - extending at least to a certain extent around the valve spool chamber - of the valve housing, and which comprises two latching sections (58a, 58b), which extend into the valve spool chamber and flank the valve spool on diametrically opposite sides, to each of which is assigned a latching cam (32a, 32b) located on the valve spool in an axially immovable manner, and each of which can be temporarily deflected against a restoring spring force of the holding spring from a locking position, in which the associated latching cam (32a, 32b) is engaged from behind and the valve spool is axially fixed, into a release position, allowing the passage of the associated latching cam (32a, 32b) and thus the switch-over of the valve spool, if a switch-over force (11a, 11b) is applied to the valve spool in the relevant axial direction, characterised in that the one-piece spring element of the holding spring is exclusively bent two-dimensionally in a spring plane oriented at right angles to the longitudinal axis of the valve spool chamber, wherein the spring element as a whole is substantially C-shaped and has a curved section, which extends in a curved shape to a certain extent around the longitudinal axis of the valve spool chamber and which is adjoined on both sides via a first kink region by a radially inward-projecting connecting section, which is adjoined via a second kink region having a kink direction opposite to that of the first kink region, projecting away from the curved section, by one of the latching sections (58a, 58b), wherein a chamber section of the spring chamber, which accommodates the curved section of the spring element, is separated from the valve spool chamber by a curved partition of the valve housing, which extends to a certain extent in a circumferential direction around the longitudinal axis of the valve spool chamber, wherein each of the two end regions - oriented in the circumferential direction - of the partition is adjoined by a through-opening through which one of the latching sections (58a, 58b) passes.
A bushing comprising: a bushing conductor having formed therein an inner conductor bore, said bushing comprising a first end face at a connecting portion and at an opposite end thereof a second end face adapted to connect to an external conductor and dimensioned to provide for the required drive current capability to said external conductor; an insert positioned in a recess formed in said bushing conductor at said opposite end; an insulating body enclosing at least a portion of said bushing conductor, and an operable fastening member extending through a bore of said insert and having an operating portion positioned at a bushing internal end thereof and having a fastening portion positioned at a bushing external end thereof, wherein said inner conductor bore provides access to said operating portion, wherein said inner conductor bore is configured to enable insertion of a tool for engaging and operating said operating portion of said fastening member, wherein said bushing conductor comprises a connecting portion having an end face for connecting to an external cable and characterized in that said connecting portion is configured to be elastically deformable with respect to a body end portion of said insulating body, and in that a clearance is provided between said connecting portion and said body end portion. a bushing conductor having formed therein an inner conductor bore, said bushing comprising a first end face at a connecting portion and at an opposite end thereof a second end face adapted to connect to an external conductor and dimensioned to provide for the required drive current capability to said external conductor; an insert positioned in a recess formed in said bushing conductor at said opposite end; an insulating body enclosing at least a portion of said bushing conductor, and an operable fastening member extending through a bore of said insert and having an operating portion positioned at a bushing internal end thereof and having a fastening portion positioned at a bushing external end thereof, wherein said inner conductor bore provides access to said operating portion, wherein said inner conductor bore is configured to enable insertion of a tool for engaging and operating said operating portion of said fastening member, wherein said bushing conductor comprises a connecting portion having an end face for connecting to an external cable and characterized in that said connecting portion is configured to be elastically deformable with respect to a body end portion of said insulating body, and in that a clearance is provided between said connecting portion and said body end portion.
A particulate composite (IE15; IE30; IE45; IE60; IE75; IE90; IE90*; IE135; IE135*) comprising: a graphite matrix; and alloy particles within the graphite matrix wherein the alloy particles comprise an electrochemically active phase and an electrochemically inactive phase; wherein: the graphite matrix has a graphitic crystalline structure characterized by a d 002 spacing of less than 3.4 Å and a x-ray diffraction peak with a FWHM of less than 0.4° as measured using CuK α radiation; the active phase is amorphous or has an average grain size less than 50 nm; and the alloy particles are essentially embedded between layers in the graphite matrix. a graphite matrix; and alloy particles within the graphite matrix wherein the alloy particles comprise an electrochemically active phase and an electrochemically inactive phase; the graphite matrix has a graphitic crystalline structure characterized by a d 002 spacing of less than 3.4 Å and a x-ray diffraction peak with a FWHM of less than 0.4° as measured using CuK α radiation; the active phase is amorphous or has an average grain size less than 50 nm; and the alloy particles are essentially embedded between layers in the graphite matrix.