mhurhangee/patent-ind-claim-en huggingface dataset:
Method for encoding at least one image (I N ) divided into partitions (PA1, PA2, ..., PAn), characterized in that it implements, for a current partition (PAc) to be encoded, steps of: - selecting (C2) at least one causal partition (PAi r , Pati r ) already encoded then decoded, said at least one causal partition being found in an image decoded prior to said image; - computing (C4) at least one optimal encoding parameter of said at least one selected causal partition, in order to optimize a predetermined encoding-performance criterion of an encoding of the causal partition, via competition between a plurality of encoding parameters applied to said at least one selected causal partition; - encoding (C8) the current partition using said at least one computed optimal encoding parameter of said at least one selected causal partition. - selecting (C2) at least one causal partition (PAi r , Pati r ) already encoded then decoded, said at least one causal partition being found in an image decoded prior to said image; - computing (C4) at least one optimal encoding parameter of said at least one selected causal partition, in order to optimize a predetermined encoding-performance criterion of an encoding of the causal partition, via competition between a plurality of encoding parameters applied to said at least one selected causal partition; - encoding (C8) the current partition using said at least one computed optimal encoding parameter of said at least one selected causal partition.
Power shift transmission, in particular a steplessly switchable power shift transmission, having an input shaft and, disposed parallel thereto, an output shaft , wherein a branching unit by way of which a torque acting on the input shaft for the transmission of torque is able to be divided among two power paths is disposed on the input shaft , wherein a switching group which has at least two switching stages is disposed in the first power path , and a torque converter is disposed in the second power path , wherein a torque can be transmitted from the input shaft to the output shaft by way of the switching group and by way of the torque converter , characterized in that the output shaft is formed from a first output shaft unit and a second output shaft unit which are connected to each other by way of a clutch , wherein the switching group can transmit a torque to the first output shaft unit and the torque converter can transmit a torque to the second output shaft unit .
A process of producing cresols from a phenols containing feed comprising: introducing the phenols containing feed stream into a first separation zone; separating the phenol containing feed stream in the first separation zone into at least a phenol stream comprising phenol, an alkylphenol stream comprising heavy methyl phenols and heavy alkylphenols, and a cresols stream comprising cresols; wherein the heavy alkylphenols comprise alkylphenols having alkyl groups containing 2 or more carbon atoms; dealkylating the heavy alkylphenols in the alkylphenols stream in a dealkylation reaction zone under dealkylation conditions to produce cresols, phenol, heavy methyl phenols, and olefins forming a dealkylation effluent stream comprising the phenol, the cresols, the heavy methyl phenols, and the olefins; separating the dealkylation effluent stream in a dealkylation separation zone into at least an olefin stream comprising the olefins, and a second stream comprising the phenol, the cresols, and the heavy methyl phenols; transalkylating the phenol and the heavy methyl phenols in the second stream in a transalkylation reaction zone under transalkylation conditions to produce additional cresols forming a transalkylation effluent stream comprising the additional cresols, unreacted phenol, unreacted heavy alkylphenols, and unreacted heavy methyl phenols; and recovering one or more of: at least a portion of the phenol stream, the olefin stream, or the cresols stream; further comprising: passing the phenol stream from the first separation zone to the transalkylation reaction zone. introducing the phenols containing feed stream into a first separation zone; separating the phenol containing feed stream in the first separation zone into at least a phenol stream comprising phenol, an alkylphenol stream comprising heavy methyl phenols and heavy alkylphenols, and a cresols stream comprising cresols; wherein the heavy alkylphenols comprise alkylphenols having alkyl groups containing 2 or more carbon atoms; dealkylating the heavy alkylphenols in the alkylphenols stream in a dealkylation reaction zone under dealkylation conditions to produce cresols, phenol, heavy methyl phenols, and olefins forming a dealkylation effluent stream comprising the phenol, the cresols, the heavy methyl phenols, and the olefins; separating the dealkylation effluent stream in a dealkylation separation zone into at least an olefin stream comprising the olefins, and a second stream comprising the phenol, the cresols, and the heavy methyl phenols; transalkylating the phenol and the heavy methyl phenols in the second stream in a transalkylation reaction zone under transalkylation conditions to produce additional cresols forming a transalkylation effluent stream comprising the additional cresols, unreacted phenol, unreacted heavy alkylphenols, and unreacted heavy methyl phenols; and recovering one or more of: at least a portion of the phenol stream, the olefin stream, or the cresols stream; further comprising: passing the phenol stream from the first separation zone to the transalkylation reaction zone.
A wireless transmit/receive unit, WTRU, comprising: a non-transitory memory including instructions stored thereon for re-establishing a radio resource control, RRC, connection with a base station ; and a processor , operably coupled to the non-transitory memory, characterized in that it is capable of executing the instructions of: determining, based upon a radio link failure occurring in an active downlink bandwidth part, DL BWP, to initiate a random access channel, RACH, procedure; initiating the RACH procedure; determining whether one or more RACH resources are configured for an active uplink bandwidth part, UL BWP; after determining no RACH resources are configured for the active UL BWP, switching to a default UL BWP, wherein at least one RACH resource is configured for the default UL BWP; transmitting, to a base station, a random access, RA, preamble using one of the RACH resources configured for the default UL BWP; receiving a RA response from the base station; and switching from the default UL BWP to either the active UL BWP or another active UL BWP after re-establishing the RRC connection. a non-transitory memory including instructions stored thereon for re-establishing a radio resource control, RRC, connection with a base station ; and a processor , operably coupled to the non-transitory memory, characterized in that it is capable of executing the instructions of: determining, based upon a radio link failure occurring in an active downlink bandwidth part, DL BWP, to initiate a random access channel, RACH, procedure; initiating the RACH procedure; determining whether one or more RACH resources are configured for an active uplink bandwidth part, UL BWP; after determining no RACH resources are configured for the active UL BWP, switching to a default UL BWP, wherein at least one RACH resource is configured for the default UL BWP; transmitting, to a base station, a random access, RA, preamble using one of the RACH resources configured for the default UL BWP; receiving a RA response from the base station; and switching from the default UL BWP to either the active UL BWP or another active UL BWP after re-establishing the RRC connection. determining, based upon a radio link failure occurring in an active downlink bandwidth part, DL BWP, to initiate a random access channel, RACH, procedure; initiating the RACH procedure; determining whether one or more RACH resources are configured for an active uplink bandwidth part, UL BWP; after determining no RACH resources are configured for the active UL BWP, switching to a default UL BWP, wherein at least one RACH resource is configured for the default UL BWP; transmitting, to a base station, a random access, RA, preamble using one of the RACH resources configured for the default UL BWP; receiving a RA response from the base station; and switching from the default UL BWP to either the active UL BWP or another active UL BWP after re-establishing the RRC connection.
A method for operating a washing machine during a washing cycle, the washing machine comprising a washing tub containing a laundry drum , wherein said method comprises the steps of: - detecting a liquid level in the washing tub and/or in a draining region thereof during said laundry drum is rotating, - comparing the detected liquid level with an upper threshold value , - when the detected liquid level exceeds said upper threshold value , reducing the rotational speed of the laundry drum and starting a predetermined monitoring period , - detecting the liquid level in the washing tub and/or in the draining region thereof during said predetermined monitoring period , - comparing the detected liquid level with a lower threshold value during said predetermined monitoring period , - if the detected liquid level does not decrease or drop below the lower threshold value within the predetermined monitoring period , then starting a foam-reducing procedure. - detecting a liquid level in the washing tub and/or in a draining region thereof during said laundry drum is rotating, - comparing the detected liquid level with an upper threshold value , - when the detected liquid level exceeds said upper threshold value , reducing the rotational speed of the laundry drum and starting a predetermined monitoring period , - detecting the liquid level in the washing tub and/or in the draining region thereof during said predetermined monitoring period , - comparing the detected liquid level with a lower threshold value during said predetermined monitoring period , - if the detected liquid level does not decrease or drop below the lower threshold value within the predetermined monitoring period , then starting a foam-reducing procedure.
A wearing tool for a breathing mask , which mask is for supplying a user with gas for breathing, comprising: a pair of connecting members , each of which has a longitudinal shape and has a first end portion suitable for connection to the breathing mask; and a frame portion connected to a second end portion of the connecting member and suitable for placement around an earflap of the user, wherein the frame portion has a biasing portion configured for abutting and biasing the base of the ear of the user, characterised by a pair of fixing members , each of which is connected to the second end portion of the connecting member , and is configured for plugging in the tragus of the user. a pair of connecting members , each of which has a longitudinal shape and has a first end portion suitable for connection to the breathing mask; and a frame portion connected to a second end portion of the connecting member and suitable for placement around an earflap of the user, wherein the frame portion has a biasing portion configured for abutting and biasing the base of the ear of the user, characterised by a pair of fixing members , each of which is connected to the second end portion of the connecting member , and is configured for plugging in the tragus of the user.
A hot-stamping formed article which is long and formed of a single steel sheet , the hot-stamping formed article comprising: two standing wall portions ; a top sheet portion adjacent to the two standing wall portions ; and a protrusion portion including an overlapping portion in which a portion of the steel sheet extending from at least one standing wall portion of the two standing wall portions and a portion of the steel sheet extending from the top sheet portion overlap, wherein an angle (X) between the top sheet portion and the protrusion portion in a case where a plane perpendicular to a longitudinal direction of the hot-stamping formed article is viewed in a cross section is larger than 90°, the article being characterized in that : a martensite structure of at least the protrusion portion is 90% or more in terms of volume percentage. two standing wall portions ; a top sheet portion adjacent to the two standing wall portions ; and a protrusion portion including an overlapping portion in which a portion of the steel sheet extending from at least one standing wall portion of the two standing wall portions and a portion of the steel sheet extending from the top sheet portion overlap, wherein an angle (X) between the top sheet portion and the protrusion portion in a case where a plane perpendicular to a longitudinal direction of the hot-stamping formed article is viewed in a cross section is larger than 90°, the article being characterized in that : a martensite structure of at least the protrusion portion is 90% or more in terms of volume percentage.
A resettable inertia lock assembly , comprising: a chassis configured to be mounted within an access closure of a motor vehicle, a cassette , a reset structure defined on one of the chassis and the cassette , a resettable locking apparatus carried by the cassette and including an inertia-activated member and an engagement coupler , the engagement coupler movable between a first position securing the inertia-activated member in an inertia-activated position and a second position in which the engagement coupler does not secure the inertia-activated member in the inertia-activated position, and a movement device for producing a relative movement between the chassis and the cassette to cause the reset structure to engage and move the engagement coupler from the first position to the second position thereof to allow the inertia-activated member to move from the inertia-activated position to a home position. a chassis configured to be mounted within an access closure of a motor vehicle, a cassette , a reset structure defined on one of the chassis and the cassette , a resettable locking apparatus carried by the cassette and including an inertia-activated member and an engagement coupler , the engagement coupler movable between a first position securing the inertia-activated member in an inertia-activated position and a second position in which the engagement coupler does not secure the inertia-activated member in the inertia-activated position, and a movement device for producing a relative movement between the chassis and the cassette to cause the reset structure to engage and move the engagement coupler from the first position to the second position thereof to allow the inertia-activated member to move from the inertia-activated position to a home position.
A converter comprising: a switch network configured to be coupled to a power source , wherein the switch network comprises a plurality of power switches; a magnetic device coupled to the switch network ; a detector coupled to the magnetic device through a magnetic coupling; and a control circuit configured to receive a zero voltage switching signal from the detector and adjust gate drive signals of the power switches based upon the zero voltage switching signal; wherein the magnetic coupling is implemented as a signal transformer (T1), wherein: a primary side (L1) of the signal transformer (T1) is the magnetic device ; and a secondary side (L2) of the signal transformer (T1) is coupled to the detector ; characterised in that, the detector comprises: a dc blocking capacitor (C1) having a first terminal connected to the secondary side (L2) of the signal transformer (T1); a diode (D1) and a resistor (R1) connected in series and further coupled to a second terminal of the dc blocking capacitor (C1), whereby the resistor (R1) is employed to limit the current flowing through the diode (D1); and a voltage divider (R2, R3), formed by a first resistor (R2) and a second resistor (R3), whereby a first terminal of the first resistor (R2) is coupled to the second terminal of the dc blocking capacitor (C1) and to a first terminal of the resistor (R1), whereas the node between the resistors (R2, R3) of the voltage divider is the output node with the zero voltage switching signal of the detector ; wherein a second terminal of the secondary side (L2) of the signal transformer (T1), the second resistor (R3) and the diode (D1) are connected through a return-node. a switch network configured to be coupled to a power source , wherein the switch network comprises a plurality of power switches; a magnetic device coupled to the switch network ; a detector coupled to the magnetic device through a magnetic coupling; and a control circuit configured to receive a zero voltage switching signal from the detector and adjust gate drive signals of the power switches based upon the zero voltage switching signal; wherein the magnetic coupling is implemented as a signal transformer (T1), wherein: a primary side (L1) of the signal transformer (T1) is the magnetic device ; and a secondary side (L2) of the signal transformer (T1) is coupled to the detector ; a dc blocking capacitor (C1) having a first terminal connected to the secondary side (L2) of the signal transformer (T1); a diode (D1) and a resistor (R1) connected in series and further coupled to a second terminal of the dc blocking capacitor (C1), whereby the resistor (R1) is employed to limit the current flowing through the diode (D1); and a voltage divider (R2, R3), formed by a first resistor (R2) and a second resistor (R3), whereby a first terminal of the first resistor (R2) is coupled to the second terminal of the dc blocking capacitor (C1) and to a first terminal of the resistor (R1), whereas the node between the resistors (R2, R3) of the voltage divider is the output node with the zero voltage switching signal of the detector ;
A process for preparing bromotrichloromethane comprising a) providing bromine in chloroform; and b) radiation of the resulting solution with light in the range of 350 to 550 nm, wherein said solution of bromine in chloroform is not radiated with radiation of a wavelength below 350 nm, wherein the amount of alcohols present in the reaction medium is below 0.5 % by weight, based on the chloroform, and wherein the irradiation source is a light-emitting diode. a) providing bromine in chloroform; and b) radiation of the resulting solution with light in the range of 350 to 550 nm, wherein said solution of bromine in chloroform is not radiated with radiation of a wavelength below 350 nm, wherein the amount of alcohols present in the reaction medium is below 0.5 % by weight, based on the chloroform, and wherein the irradiation source is a light-emitting diode.
Combination consisting of β-sitosterol, oligomeric proanthocyanidins and curcumin having anti-inflammatory and antiproliferative activity for use in the treatment and prevention of benign prostatic hyperplasia, wherein said combination is administered as an oral formulation in association with suitable excipients and/or diluents, wherein said excipients simultaneously contain bromelain, a sucroester, L-arginine base and piperine as enteric absorption promoter.
An air-conditioning apparatus having an outdoor unit and a plurality of indoor units connected to the outdoor unit via a refrigerant pipe , the air-conditioning apparatus comprising: a compressor ; a temperature detection unit installed in each of the indoor units and configured to detect a blow-out temperature or a suction temperature of the indoor unit ; and a controller configured to control operations of the outdoor unit and the indoor units , wherein the controller is configured to acquire a required capacity by comparing a detected value detected by the temperature detection unit of each of the indoor units with a set temperature of the indoor unit, and determining that the indoor unit has a required capacity of "capacity UP" when a difference acquired by subtracting the set temperature from the detected value is higher than a first target value that is a positive value, that the indoor unit has a required capacity of "capacity DOWN" when the difference is less than a second target value that is a negative value, and that the indoor unit has a required capacity of "NO-SIGNAL" when the difference is within a range between the first and second target values, inclusive, and calculate a sum capacity of all of the indoor units with the "capacity UP" as a positive sign, the "capacity DOWN" as a negative sign, and the "NO-SIGNAL" as zero, determine that the capacity is insufficient when the sum capacity has a positive value, and control the capacity of the compressor at a frequency such that the insufficiency is compensated. a compressor ; a temperature detection unit installed in each of the indoor units and configured to detect a blow-out temperature or a suction temperature of the indoor unit ; and a controller configured to control operations of the outdoor unit and the indoor units , wherein the controller is configured to acquire a required capacity by comparing a detected value detected by the temperature detection unit of each of the indoor units with a set temperature of the indoor unit, and determining that the indoor unit has a required capacity of "capacity UP" when a difference acquired by subtracting the set temperature from the detected value is higher than a first target value that is a positive value, that the indoor unit has a required capacity of "capacity DOWN" when the difference is less than a second target value that is a negative value, and that the indoor unit has a required capacity of "NO-SIGNAL" when the difference is within a range between the first and second target values, inclusive, and calculate a sum capacity of all of the indoor units with the "capacity UP" as a positive sign, the "capacity DOWN" as a negative sign, and the "NO-SIGNAL" as zero, determine that the capacity is insufficient when the sum capacity has a positive value, and control the capacity of the compressor at a frequency such that the insufficiency is compensated.