mhurhangee/patent-ind-claim-en huggingface dataset:
A hair fixative composition comprising: - at least one carboxylated cellulose ether based polyglucose polymer obtained by reacting at least one cellulose ether with at least one cyclic anhydride in an amount from 30 wt% to 50 wt% of said at least one cyclic anhydride based on the weight percent of the at least one cellulose ether, - an alcohol based solvent system, wherein the alcohol based solvent system comprises at least one C 1 - C 6 straight or branched chain alcohol, preferably at least one C 2 or C 3 straight or branched chain alcohol, or mixtures thereof, optionally water and optionally one or more propellants, and - at least one cosmetically acceptable additive not being a compound of the alcohol based solvent system; wherein the at least one carboxylated cellulose ether based polyglucose polymer - is soluble in the alcohol based solvent system, - has the following structure (I): wherein R = H, R H or R A or combinations thereof, wherein at least one R is R A and at least one R is R H , wherein - R H is: (a) a C 1 - C 22 alkyl group; (b) a -CH 2 -CH 2 -OR 1 group, wherein R 1 = -CH 3 or -CH 2 -CH 3 ; or (c) a -CH 2 -CH(CH 3 )-OR 2 group, wherein R 2 = -CH 3 or -CH 2 -CH 3 , and - R A is: (d) -CO-CH 2 -CH(R 3 )-COOH, wherein R 3 = H or a C 1 - C 18 alkyl or alkenyl group; e) -CO-CH=CH-COOH; or f) -CO-CH-C(=CH 2 )-COOH, and wherein n = 10 - 500; and - is at least 70% neutralized. - at least one carboxylated cellulose ether based polyglucose polymer obtained by reacting at least one cellulose ether with at least one cyclic anhydride in an amount from 30 wt% to 50 wt% of said at least one cyclic anhydride based on the weight percent of the at least one cellulose ether, - an alcohol based solvent system, wherein the alcohol based solvent system comprises at least one C 1 - C 6 straight or branched chain alcohol, preferably at least one C 2 or C 3 straight or branched chain alcohol, or mixtures thereof, optionally water and optionally one or more propellants, and - at least one cosmetically acceptable additive not being a compound of the alcohol based solvent system; wherein the at least one carboxylated cellulose ether based polyglucose polymer - is soluble in the alcohol based solvent system, - has the following structure (I): wherein R = H, R H or R A or combinations thereof, wherein at least one R is R A and at least one R is R H , wherein - R H is: (a) a C 1 - C 22 alkyl group; (b) a -CH 2 -CH 2 -OR 1 group, wherein R 1 = -CH 3 or -CH 2 -CH 3 ; or (c) a -CH 2 -CH(CH 3 )-OR 2 group, wherein R 2 = -CH 3 or -CH 2 -CH 3 , and - R A is: (d) -CO-CH 2 -CH(R 3 )-COOH, wherein R 3 = H or a C 1 - C 18 alkyl or alkenyl group; e) -CO-CH=CH-COOH; or f) -CO-CH-C(=CH 2 )-COOH, and wherein n = 10 - 500; and - R H is: (a) a C 1 - C 22 alkyl group; (b) a -CH 2 -CH 2 -OR 1 group, wherein R 1 = -CH 3 or -CH 2 -CH 3 ; or (c) a -CH 2 -CH(CH 3 )-OR 2 group, wherein R 2 = -CH 3 or -CH 2 -CH 3 , and - R A is: (d) -CO-CH 2 -CH(R 3 )-COOH, wherein R 3 = H or a C 1 - C 18 alkyl or alkenyl group; e) -CO-CH=CH-COOH; or f) -CO-CH-C(=CH 2 )-COOH, and - is at least 70% neutralized.
A trimmer comprising: an infeed for transporting a sheet material article at a first speed; a trimming station transporter for decelerating the sheet material article for trimming it by a trimming device ; and a decelerator between the infeed and the trimming station transporter , the decelerator forming a deceleration nip for transferring the sheet material article from the infeed to the trimming station transporter , wherein the deceleration nip receives the sheet material article from the infeed at the first speed and decelerates the sheet material article with the trimming station transporter , wherein the decelerator includes a first decelerator section contacting a first side of the sheet material article and a second decelerator section contacting a second side of the sheet material article, characterized in that the first decelerator section is movable away from the second decelerator section such that the first decelerator section does not contact the first side of the sheet material article, and in that the decelerator includes an actuator moving the first decelerator section away from the second decelerator section after the sheet material article is released from the decelerator nip . an infeed for transporting a sheet material article at a first speed; a trimming station transporter for decelerating the sheet material article for trimming it by a trimming device ; and a decelerator between the infeed and the trimming station transporter , the decelerator forming a deceleration nip for transferring the sheet material article from the infeed to the trimming station transporter , wherein the deceleration nip receives the sheet material article from the infeed at the first speed and decelerates the sheet material article with the trimming station transporter , wherein the decelerator includes a first decelerator section contacting a first side of the sheet material article and a second decelerator section contacting a second side of the sheet material article, characterized in that the first decelerator section is movable away from the second decelerator section such that the first decelerator section does not contact the first side of the sheet material article, and in that the decelerator includes an actuator moving the first decelerator section away from the second decelerator section after the sheet material article is released from the decelerator nip .
An access point, AP (AP2), comprising: means for adaptively disabling Overlapping Basic Service Set, OBSS,_Power Detect, PD,-based Spatial Reuse, SR, including a function of performing adjustment so as to avoid interference between a Basic Service Set, BSS and an OBSS which is overlapped with the BSS; and means for transmitting signaling to enable the OBSS_PD-based SR, and to not use a basic Network Allocation Vector, NAV. means for adaptively disabling Overlapping Basic Service Set, OBSS,_Power Detect, PD,-based Spatial Reuse, SR, including a function of performing adjustment so as to avoid interference between a Basic Service Set, BSS and an OBSS which is overlapped with the BSS; and means for transmitting signaling to enable the OBSS_PD-based SR, and to not use a basic Network Allocation Vector, NAV.
A brushless synchronous machine with a limiter for main field voltage , the machine comprising: a regulator configured to use a field current to excite main field windings and generate the main field voltage ; and a limiter configured to limit the field current to maintain the main field voltage corresponding to the field current below a limit, wherein the limiter receives an automatic voltage regulator (AVR) set point to control the field current , characterized in that the brushless synchronous machine is configured to determine the field current that corresponds with the maximum recommended or desired main field voltage by using a transfer function and that the limiter is configured to limit the automatic voltage regulator (AVR) set point used to determine the field current . a regulator configured to use a field current to excite main field windings and generate the main field voltage ; and a limiter configured to limit the field current to maintain the main field voltage corresponding to the field current below a limit, wherein the limiter receives an automatic voltage regulator (AVR) set point to control the field current , characterized in that the brushless synchronous machine is configured to determine the field current that corresponds with the maximum recommended or desired main field voltage by using a transfer function and that the limiter is configured to limit the automatic voltage regulator (AVR) set point used to determine the field current .
An acetogenic microbial cell which is capable of producing at least one higher alcohol from a carbon source, wherein the acetogenic microbial cell is genetically modified to comprise an increased expression relative to its wild type cell of at least one enzyme, E 8 , a butyryl-CoA: acetate CoA transferase (cat3), and wherein the higher alcohol comprises the formula I below and has 4 to 10 carbon atoms R= H, CH 3 , n=1- 6 and wherein the increase in enzymatic activity is achieved by - an expression of a heterologous enzyme E 8 , - an increase in the copy number of the gene expressing enzyme E 8 , - an expression of enzyme E 8 with a heterologous promoter, or - combinations thereof. R= H, CH 3 , n=1- 6 and wherein the increase in enzymatic activity is achieved by - an expression of a heterologous enzyme E 8 , - an increase in the copy number of the gene expressing enzyme E 8 , - an expression of enzyme E 8 with a heterologous promoter, or - combinations thereof. - an expression of a heterologous enzyme E 8 , - an increase in the copy number of the gene expressing enzyme E 8 , - an expression of enzyme E 8 with a heterologous promoter, or - combinations thereof.
An inhomogeneous transmutation detector for measurement in neutron radiation fields, more specifically, for the measurement of the neutron fluences and spectra in the vicinity of the reactor core of nuclear power plants or research reactors characterized in that the detector is made of a substrate, into which or onto which a chosen initial nuclide or element is inserted or deposited using a suitable chemical or physical method, wherein the initial nuclide is a stable nuclide to be irradiated in a neutron field, for the purpose of neutron detection, wherein the substrate with the initial nuclide before the irradiation of the detector contains as impurity maximally 0.1 at% of the final nuclide, wherein the final nuclide is a stable or long-life nuclide transmuted from the initial nuclide through a neutron reaction.
A pillow , comprising: an interior portion comprised of a first flexible foam, the interior portion defining a perimeter ; and an outer portion comprised of a second flexible foam entirely surrounding the perimeter of the interior portion , the second flexible foam having a density different than that of the first flexible foam, characterized in that the interior portion is configured to support a head of a user and the outer portion is configured to support a neck and shoulders of the user, that the density of the first flexible foam is less than the density of the second flexible foam, and that the interior portion is recessed relative to the outer portion . an interior portion comprised of a first flexible foam, the interior portion defining a perimeter ; and an outer portion comprised of a second flexible foam entirely surrounding the perimeter of the interior portion , the second flexible foam having a density different than that of the first flexible foam, characterized in that the interior portion is configured to support a head of a user and the outer portion is configured to support a neck and shoulders of the user, that the density of the first flexible foam is less than the density of the second flexible foam, and that the interior portion is recessed relative to the outer portion .
High flux, hollow fiber ultrafiltration polymeric membrane comprising a blend of polysulfone (PSF) and a copolymer in a ratio ranging between 96:4 to 99.5:0.5 (w/w) wherein the copolymer is sulfonated polystyrene-divinyl benzene copolymer as cation exchange resin (CXR).
Method for adjusting the richness (r) of a controlled ignition internal combustion engine, the value of the richness being set around the stoichiometric value when the engine is not operating in the vicinity of full load, and around a value higher than the stoichiometric value when the engine torque (C) is above a torque threshold (Cs) lower than the maximum engine torque (Cmax), CHARACTERIZED IN THAT it comprises, when said torque (C) is above said torque threshold (Cs): - a step during which said richness value (r) is set to a first richness value (r 1 ) higher than the stoichiometric value, when a temperature value (θ exh ) of the exhaust gases of the engine is below a first temperature threshold (θ 1 ); - a step during which said richness value (r) is immediately set to a second richness value (r 2 ) higher than the first richness value (r 1 ) when said temperature value (θ exh ) is above a second temperature threshold (θ 2 ), said second threshold (θ 2 ) being higher than said first threshold (θ 1 ); and - a step during which said richness value is progressively increased from the first richness value (r 1 ) to, at most, the second richness value (r 2 ), when said temperature value (θ exh ) is comprised between said first threshold (θ 1 ) and said second threshold (θ 2 ). - a step during which said richness value (r) is set to a first richness value (r 1 ) higher than the stoichiometric value, when a temperature value (θ exh ) of the exhaust gases of the engine is below a first temperature threshold (θ 1 ); - a step during which said richness value (r) is immediately set to a second richness value (r 2 ) higher than the first richness value (r 1 ) when said temperature value (θ exh ) is above a second temperature threshold (θ 2 ), said second threshold (θ 2 ) being higher than said first threshold (θ 1 ); and - a step during which said richness value is progressively increased from the first richness value (r 1 ) to, at most, the second richness value (r 2 ), when said temperature value (θ exh ) is comprised between said first threshold (θ 1 ) and said second threshold (θ 2 ).
A flow control device comprising a generally cylindrical cage including a series of perforations defining, in part, convoluted flow paths between inner and outer peripheries of the device, and fences restricting axial flow along at least one of the inner and outer periphery of the cage, wherein at least one of the fences is shaped to include a first section at a first axial position, a second section at an axial position spaced from the first section, and interconnecting sections interconnecting the first and second sections characterized in that the perforations are spaced from the fences so that a flat land is present surrounding each perforation at least one of the fences is shaped to include a first section at a first axial position, a second section at an axial position spaced from the first section, and interconnecting sections interconnecting the first and second sections characterized in that the perforations are spaced from the fences so that a flat land is present surrounding each perforation
A method of wireless communication comprising: performing, by a first wireless device (115-h), a discovery operation on a first narrow frequency band; establishing a first communication link with a discovered second wireless device (120-d) on a second narrow frequency band; and transmitting data on the second narrow frequency band to the discovered second wireless device, the data to be relayed by the discovered second wireless device to a third device (105-c) on a second communication link on a broad frequency band. performing, by a first wireless device (115-h), a discovery operation on a first narrow frequency band; establishing a first communication link with a discovered second wireless device (120-d) on a second narrow frequency band; and transmitting data on the second narrow frequency band to the discovered second wireless device, the data to be relayed by the discovered second wireless device to a third device (105-c) on a second communication link on a broad frequency band.
A computer implemented method in a windowing system of a web application being executed in a first native web browser window, comprising the steps of: displaying a web window with content within the confines of the first native browser window; receiving a command from a user to transfer the web window to a second native browser window; generating the second native browser window; transferring the content of the web window to the second native browser window; and closing the web window. displaying a web window with content within the confines of the first native browser window; receiving a command from a user to transfer the web window to a second native browser window; generating the second native browser window; transferring the content of the web window to the second native browser window; and closing the web window.
Eflornithine or a pharmaceutically acceptable salt thereof for use in a method for the treatment of temozolomide recurrent/refractory anaplastic astrocytoma in a subject.
An aircraft compressor case clearance (CCC) control system comprising: a valve that is disposed between a front portion and an aft portion included in a compressor section of a gas turbine engine , the valve being adjustable among a plurality of different positions; a CCC controller in signal communication with the valve, the CCC controller configured to determine an in-flight phase of an aircraft operating the gas turbine engine, and to select a position of the valve among the plurality of different positions based on the in-flight phase to control delivery of bleed air from the front portion to the aft portion, the valve is operable in a first position to deliver the bleed air to both the front portion and the aft portion , and a second position to deliver the bleed air to the front portion while blocking the bleed air from reaching the aft portion, characterized in that the CCC controller is configured to determine a transition time at which the in-flight phase transitions from a cruise phase to a descent phase, the CCC controller further configured to select the second position based on the transition time. a valve that is disposed between a front portion and an aft portion included in a compressor section of a gas turbine engine , the valve being adjustable among a plurality of different positions; a CCC controller in signal communication with the valve, the CCC controller configured to determine an in-flight phase of an aircraft operating the gas turbine engine, and to select a position of the valve among the plurality of different positions based on the in-flight phase to control delivery of bleed air from the front portion to the aft portion, the valve is operable in a first position to deliver the bleed air to both the front portion and the aft portion , and a second position to deliver the bleed air to the front portion while blocking the bleed air from reaching the aft portion, characterized in that the CCC controller is configured to determine a transition time at which the in-flight phase transitions from a cruise phase to a descent phase, the CCC controller further configured to select the second position based on the transition time.
A press forming method for forming a press forming part , the press forming part including: a top portion ; a side wall portion continuous from the top portion , the side wall portion having a recessed portion in which a bottom edge , which is an end on an opposite side of the top portion in a side view, is recessed toward the top portion ; and a flange portion formed outward on the bottom edge of the side wall portion , the recessed portion including a first curved portion continuous with the bottom edge being a portion having a large wall depth, an inclined side portion continuous with the first curved portion , a second curved portion continuous with the inclined side portion , and a recessed side portion having a small wall depth, arranged in order from the bottom edge being a portion having a large wall depth, the flange portion being formed such that the flange portion formed in the first curved portion becomes a shrink flange while the flange portion formed in the second curved portion becomes a stretch flange, characterized by a first forming step of forming a preformed part , the preformed part including the side wall portion , the flange portion formed in the bottom edge being a portion having a large wall depth and a torsional shape portion formed in the inclined side portion continuous from the flange portion to reach the second curved portion ; and a second forming step of further processing the preformed part formed in the first forming step, including processes of forming the torsional shape portion into the flange portion and forming the flange portion in the second curved portion continuous from the inclined side portion and in the recessed side portion having a small wall depth so as to achieve formation of a target shape. a first forming step of forming a preformed part , the preformed part including the side wall portion , the flange portion formed in the bottom edge being a portion having a large wall depth and a torsional shape portion formed in the inclined side portion continuous from the flange portion to reach the second curved portion ; and a second forming step of further processing the preformed part formed in the first forming step, including processes of forming the torsional shape portion into the flange portion and forming the flange portion in the second curved portion continuous from the inclined side portion and in the recessed side portion having a small wall depth so as to achieve formation of a target shape.
A lifting device for lifting a tubular pile , comprising a hoisting member including a centreline (CL), a plurality of engagement elements which are moveably mounted to the hoisting member at angular distance with respect to each other about the centreline (CL) and actuators for moving the respective engagement elements with respect to the hoisting member , wherein the engagement elements are moveable in longitudinal direction of the centreline (CL) along respective guides of the hoisting member , which guides are inclined with respect to the centreline (CL) such that the engagement elements move in radial direction of the centreline (CL) when being moved in longitudinal direction of the centreline (CL), characterized in that the actuators are functionally interconnected such that under operating conditions the actuators move the engagements elements simultaneously until a first one of the actuators reaches a counterforce which is higher than a counterforce of a second one of the actuators , after which the second one of the actuators is moved further.