mhurhangee/ep-ind-claims huggingface dataset:
A method of magnetization balancing for a switching power supply of a type where the magnetization drives the commutations of the switching, the switching power supply having a first MOSFET and a second MOSFET, the first MOSFET having a gate and the second MOSFET having a gate, the method comprising: measuring a first commutation time; measuring a second commutation time; adjusting a timing of an on time (pulse width) of the gate of the first MOSFET relative to an on time (pulse width) of the gate of the second MOSFET; determining whether the first commutation time is at least substantially equal to the second commutation time; again adjusting the timing of the on time (pulse width) of the gate of the first MOSFET relative to the on time (pulse width) of the gate of the second MOSFET responsive to a determination that the first commutation time is not at least substantially equal to the second commutation time; and stopping the method responsive to a determination that the first commutation time is at least substantially equal to the second commutation time. measuring a first commutation time; measuring a second commutation time; adjusting a timing of an on time (pulse width) of the gate of the first MOSFET relative to an on time (pulse width) of the gate of the second MOSFET; determining whether the first commutation time is at least substantially equal to the second commutation time; again adjusting the timing of the on time (pulse width) of the gate of the first MOSFET relative to the on time (pulse width) of the gate of the second MOSFET responsive to a determination that the first commutation time is not at least substantially equal to the second commutation time; and stopping the method responsive to a determination that the first commutation time is at least substantially equal to the second commutation time.
A coloured curable composition comprising: a resin obtained by reacting (A-1) a polymer of an alkylene imine, wherein the number of carbon atoms in the alkylene portion is 2 to 4, and the number average molecular weight of the polymer is 300 to 1,500, with (A-2) a polyester having a carboxyl group at at least one terminal, the number average molecular weight of the polyester being 1,000 to 1,000,000; a pigment; a photopolymerization initiator; a compound containing an ethylenically unsaturated double bond; and a solvent. a resin obtained by reacting (A-1) a polymer of an alkylene imine, wherein the number of carbon atoms in the alkylene portion is 2 to 4, and the number average molecular weight of the polymer is 300 to 1,500, with (A-2) a polyester having a carboxyl group at at least one terminal, the number average molecular weight of the polyester being 1,000 to 1,000,000; a pigment; a photopolymerization initiator; a compound containing an ethylenically unsaturated double bond; and a solvent.
A fluidized fuel gas combustor system for a catalytic dehydrogenation process comprising: a vessel having a lower portion and an upper portion; a plurality of air injection diffusers located in the lower portion of the vessel; optional fuel oil distributors for startup; a plurality of fuel gas distributors disposed in the vessel and spaced apart from and above the plurality of air injection diffusers, each of the fuel gas distributors comprising a plurality of fuel gas injection diffusers, wherein the fuel gas injection diffusers are placed in a manner to maximize even mass distribution of a fuel gas injected through the fuel gas injection diffusers in the vessel; one or more grid assemblies disposed in the vessel spaced apart from and above the plurality of air injection diffusers and spaced apart from and below the fuel gas distributors to maximize even air mass distribution; one or more grid assemblies disposed in the vessel spaced above the fuel gas distributors; wherein each fuel gas distributor comprises a tube having a plurality of fuel gas injection diffusers, a fuel inlet end and a terminal end; wherein the system is configured such that spent or partially deactivated catalyst can enter the vessel through a downcomer, then can impinge upon and can be distributed by a splash guard, or wherein the system is configured such that the spent or partially deactivated catalyst can enter the vessel from a side inlet or from a bottom feed, passing upward through an air distributor. a vessel having a lower portion and an upper portion; a plurality of air injection diffusers located in the lower portion of the vessel; optional fuel oil distributors for startup; a plurality of fuel gas distributors disposed in the vessel and spaced apart from and above the plurality of air injection diffusers, each of the fuel gas distributors comprising a plurality of fuel gas injection diffusers, wherein the fuel gas injection diffusers are placed in a manner to maximize even mass distribution of a fuel gas injected through the fuel gas injection diffusers in the vessel; one or more grid assemblies disposed in the vessel spaced apart from and above the plurality of air injection diffusers and spaced apart from and below the fuel gas distributors to maximize even air mass distribution; one or more grid assemblies disposed in the vessel spaced above the fuel gas distributors; wherein each fuel gas distributor comprises a tube having a plurality of fuel gas injection diffusers, a fuel inlet end and a terminal end; wherein the system is configured such that spent or partially deactivated catalyst can enter the vessel through a downcomer, then can impinge upon and can be distributed by a splash guard, or wherein the system is configured such that the spent or partially deactivated catalyst can enter the vessel from a side inlet or from a bottom feed, passing upward through an air distributor.
A punch holder and punch tip assembly (15, 18), the assembly comprising: a punch holder including a first end and a second end, the punch holder having a sidewall, the punch holder having a bore formed therein, the punch holder having a retain-and-release member being pivotable and comprising a pivot shaft pivotably coupled to the sidewall of the punch holder, the retain-and-release member having a retaining portion; a punch tip mounted releasably to the punch holder, the punch tip having a coupling portion and a working portion, the coupling portion of the punch tip being positioned in the bore of the punch holder so as to be contacted by the retaining portion of the retain-and-release member, the working portion of the punch tip including a flange and a punch blade, the flange of the working portion being butted-up against the first end of the punch holder; characterized in that the punch holder has an exterior surface, and the flange of the working portion of the punch tip has an exterior surface, the exterior surface of the punch holder and the exterior surface of the working portion of the punch tip together forming a bearing surface to interface with an internal surface of a punch guide sidewall while the flange of the working portion of the punch tip abuts the first end of the punch holder. a punch holder including a first end and a second end, the punch holder having a sidewall, the punch holder having a bore formed therein, the punch holder having a retain-and-release member being pivotable and comprising a pivot shaft pivotably coupled to the sidewall of the punch holder, the retain-and-release member having a retaining portion; a punch tip mounted releasably to the punch holder, the punch tip having a coupling portion and a working portion, the coupling portion of the punch tip being positioned in the bore of the punch holder so as to be contacted by the retaining portion of the retain-and-release member, the working portion of the punch tip including a flange and a punch blade, the flange of the working portion being butted-up against the first end of the punch holder; characterized in that the punch holder has an exterior surface, and the flange of the working portion of the punch tip has an exterior surface, the exterior surface of the punch holder and the exterior surface of the working portion of the punch tip together forming a bearing surface to interface with an internal surface of a punch guide sidewall while the flange of the working portion of the punch tip abuts the first end of the punch holder.
A reusable urinary catheter assembly (10, 100), comprising: a catheter shaft (12, 102); and a plurality of removable members (22b, 22c, 22d, 112a, 112b, 112c) associated with the catheter shaft (12, 102), wherein a different one of said removable members (22b, 22c, 22d, 112a, 112b, 112c) is configured to be removed from the catheter shaft (12, 102) between each consecutive use of the reusable urinary catheter assembly (10, 100), and the number of times that the reusable urinary catheter assembly (10, 100) may be reused is limited by the number of removable members (22b, 22c, 22d, 112a, 112b, 112c). a catheter shaft (12, 102); and a plurality of removable members (22b, 22c, 22d, 112a, 112b, 112c) associated with the catheter shaft (12, 102), wherein a different one of said removable members (22b, 22c, 22d, 112a, 112b, 112c) is configured to be removed from the catheter shaft (12, 102) between each consecutive use of the reusable urinary catheter assembly (10, 100), and the number of times that the reusable urinary catheter assembly (10, 100) may be reused is limited by the number of removable members (22b, 22c, 22d, 112a, 112b, 112c). a different one of said removable members (22b, 22c, 22d, 112a, 112b, 112c) is configured to be removed from the catheter shaft (12, 102) between each consecutive use of the reusable urinary catheter assembly (10, 100), and the number of times that the reusable urinary catheter assembly (10, 100) may be reused is limited by the number of removable members (22b, 22c, 22d, 112a, 112b, 112c).
A user equipment, UE, (114, 214) comprising: an handover, HO, module configured to: - in response to an Event A3 entry condition being satisfied determine a reference signal received power, RSRP, difference between an RSRP received from a neighbor cell and an RSRP received from a serving cell; and - when the RSRP difference is less than or equal to a first RSRP difference threshold and greater than a second RSRP difference threshold, to select a minimum TimeToTrigger, TTT; wherein the Event A3 entry condition relates to an RSRP of the neighbor cell becoming an offset greater than the RSRP of the serving cell, and the first RSRP difference threshold is set to a maximum RSRP difference for any possible HO success, wherein the maximum RSRP difference for any possible HO success means that a measured RSRP difference greater than the maximum RSRP difference very likely corresponds to HO failure. - in response to an Event A3 entry condition being satisfied determine a reference signal received power, RSRP, difference between an RSRP received from a neighbor cell and an RSRP received from a serving cell; and - when the RSRP difference is less than or equal to a first RSRP difference threshold and greater than a second RSRP difference threshold, to select a minimum TimeToTrigger, TTT;
Electrical circuit arrangement for controlling the output of at least one first string, comprising: - a first mechanical switch (30, 31; 32) to selectively interrupt one of the connecting lines (11, 12) of the first string, - a measuring device (100-190; 200-230) for measuring the voltage across the first string and/or the current flowing through the first string, and - a controller (60, 61, 63) receiving a signal from the measuring device and controlling the first mechanical switch wherein the controller is adapted to open the first mechanical switch if the voltage and/or the current is not within a predetermined range characterized in that the controller is adapted to provide a theft control for a string connected to the circuit arrangement, the theft control comprising: - a control unit to measure the current flowing through at least one of the connecting lines with the mechanical switch in closed position, - a logic unit detecting a sudden change of this current and outputting a signal to an alarm unit to signalise the disconnection of the string or a single solar module of the string - a pulse generator coupled to the connecting lines to send check pulses into the connecting lines, - a measurement unit adapted to measure the resistance of the string during a check pulse, and wherein the logic unit is adapted to detect a change of this resistance and to output an alarm signal to an alarm unit to signalise the disconnection of the string or a single solar module. - a first mechanical switch (30, 31; 32) to selectively interrupt one of the connecting lines (11, 12) of the first string, - a measuring device (100-190; 200-230) for measuring the voltage across the first string and/or the current flowing through the first string, and - a controller (60, 61, 63) receiving a signal from the measuring device and controlling the first mechanical switch - a control unit to measure the current flowing through at least one of the connecting lines with the mechanical switch in closed position, - a logic unit detecting a sudden change of this current and outputting a signal to an alarm unit to signalise the disconnection of the string or a single solar module of the string - a pulse generator coupled to the connecting lines to send check pulses into the connecting lines, - a measurement unit adapted to measure the resistance of the string during a check pulse, and
Method for the detection, by a receiver device, of a pulse of a signal received by said receiver device, said received signal corresponding to data emitted with a predetermined period T c, each piece of data being encoded by a presence or an absence of a pulse, characterized in that said method comprises: - A step of temporally offsetting of the received signal according to a predetermined number N s of delays corresponding to different multiples of T c, in such a way as to generate N s delayed signals, - A step of correlating, at a time that is a candidate for the detection of a pulse, the received signal with each of the delayed signals, in such a way as to obtain N s correlation values associated with said candidate time, - A step of calculating a maximum correlation value among the N s correlation values associated with the candidate time, - A step of detecting a pulse of the received signal according to said maximum correlation value. - A step of temporally offsetting of the received signal according to a predetermined number N s of delays corresponding to different multiples of T c, in such a way as to generate N s delayed signals, - A step of correlating, at a time that is a candidate for the detection of a pulse, the received signal with each of the delayed signals, in such a way as to obtain N s correlation values associated with said candidate time, - A step of calculating a maximum correlation value among the N s correlation values associated with the candidate time, - A step of detecting a pulse of the received signal according to said maximum correlation value.
An electrolyte for a lithium secondary battery comprising a non-aqueous organic solvent; a lithium salt; a first additive including compound represented by Chemical Formula 1; and a second additive comprising lithium difluorophosphate (LiPO 2 F 2), wherein an amount of the lithium difluorophosphate (LiPO 2 F 2) is 0.1 wt% to 2 wt% based on a total amount of the electrolyte for the lithium secondary battery, wherein, in Chemical Formula 1, A is a substituted or unsubstituted aliphatic chain or (-C 2 H 4 -O-C 2 H 4 -) n and n is an integer of 1 to 10. a non-aqueous organic solvent; a lithium salt; a first additive including compound represented by Chemical Formula 1; and a second additive comprising lithium difluorophosphate (LiPO 2 F 2), wherein an amount of the lithium difluorophosphate (LiPO 2 F 2) is 0.1 wt% to 2 wt% based on a total amount of the electrolyte for the lithium secondary battery, wherein, in Chemical Formula 1, A is a substituted or unsubstituted aliphatic chain or (-C 2 H 4 -O-C 2 H 4 -) n and n is an integer of 1 to 10.
Spark plug having a center electrode and an outer electrode which are separated from one another by an electrode gap, wherein the center electrode and the outer electrode have a height (Hm, Ha), characterized in that the height (Ha) of the outer electrode is Ha >= 0.8 ∗ (Hm + 2 ∗ Smax) and <= 1.2 ∗ (Hm + 2 ∗ Smax), wherein Hm is the height of the center electrode and Smax is the width of the maximum permissible electrode gap.
Drive mechanism configured for moving a wiper arm, the drive mechanism comprising: - a support assembly configured to cooperate with a wiper shaft extending according to a primary axis to allow a rotation of the wiper shaft with respect the support assembly according to the primary axis, - a rotating assembly configured to be mounted in a rotationally fixed manner with the wiper shaft, the rotating assembly including at least one cylindrical bearing extending according to a secondary axis, the secondary axis being transverse to the primary axis, - an inclination adjustment assembly including an inclination shaft configured to be fixed to the wiper arm and to cooperate with the at least one cylindrical bearing so as to be allowed to rotate according to the secondary axis, the inclination adjustment assembly further including a radial pin mounted on the inclination shaft and configured to cooperate with a biasing element of the support assembly, the biasing element being configured to rotate the inclination shaft depending on a displacement of the rotating assembly according to the primary axis with respect to the support assembly, characterised in that the support assembly comprises a cylindrical intermediate part on which the biasing element is attached, the cylindrical intermediate part being configured to be mounted on a guiding support of the wiper shaft in a fixed manner, wherein the cylindrical intermediate part comprises radial retaining walls configured to cooperate with complementary radial retaining walls of the biasing element to prevent a rotation according to the primary axis. - a support assembly configured to cooperate with a wiper shaft extending according to a primary axis to allow a rotation of the wiper shaft with respect the support assembly according to the primary axis, - a rotating assembly configured to be mounted in a rotationally fixed manner with the wiper shaft, the rotating assembly including at least one cylindrical bearing extending according to a secondary axis, the secondary axis being transverse to the primary axis, - an inclination adjustment assembly including an inclination shaft configured to be fixed to the wiper arm and to cooperate with the at least one cylindrical bearing so as to be allowed to rotate according to the secondary axis, the inclination adjustment assembly further including a radial pin mounted on the inclination shaft and configured to cooperate with a biasing element of the support assembly, the biasing element being configured to rotate the inclination shaft depending on a displacement of the rotating assembly according to the primary axis with respect to the support assembly, the support assembly comprises a cylindrical intermediate part on which the biasing element is attached, the cylindrical intermediate part being configured to be mounted on a guiding support of the wiper shaft in a fixed manner, wherein the cylindrical intermediate part comprises radial retaining walls configured to cooperate with complementary radial retaining walls of the biasing element to prevent a rotation according to the primary axis.
A high pressure nozzle, comprising: a longitudinal housing having a liquid inlet end and a liquid outlet end opposite to the liquid inlet end and comprising an internal channel running from the liquid inlet end to the liquid outlet end, a nozzle head support shaft, rotatably arranged partially in the internal channel and comprising a liquid channel in fluid communication with the internal channel, and a rotary nozzle head supported on the nozzle head support shaft and arranged outside the housing, wherein the rotary nozzle head is arranged to rotate about a longitudinal axis (A-A) of rotation to provide a rotating spraying of liquid jetted from the rotary nozzle head, characterized in that the high pressure nozzle comprises an axial pressure compensator arranged in the internal channel, wherein the axial pressure compensator is arranged to substantially compensate axial pressure force from liquid entering the channel at the liquid inlet end. a longitudinal housing having a liquid inlet end and a liquid outlet end opposite to the liquid inlet end and comprising an internal channel running from the liquid inlet end to the liquid outlet end, a nozzle head support shaft, rotatably arranged partially in the internal channel and comprising a liquid channel in fluid communication with the internal channel, and a rotary nozzle head supported on the nozzle head support shaft and arranged outside the housing, wherein the rotary nozzle head is arranged to rotate about a longitudinal axis (A-A) of rotation to provide a rotating spraying of liquid jetted from the rotary nozzle head, characterized in that the high pressure nozzle comprises an axial pressure compensator arranged in the internal channel, wherein the axial pressure compensator is arranged to substantially compensate axial pressure force from liquid entering the channel at the liquid inlet end.
A door of a washing machine comprising: a front panel forming a front surface of the door; a rear panel forming a rear surface of the door the front and rear panels having a ring shape with an orifice and are connected to each other; a door handle mounted on the rear panel and rotatably provided between the front panel and the rear panel to be gripped by a user so as not to be exposed from an inner circumferential surface of the door; a hook member operated in connection with an operation of the door handle; and an elastic member characterized in that the door further comprises two fixing parts (47, 47') provided on the rear panel (40, 40'), and the elastic member is provided with one side fixed to the fixing parts and the other side fixed to the door handle to provide elastic force to the hook member and the door handle to return both to their original positions when force applied by the user is removed. a front panel forming a front surface of the door; a rear panel forming a rear surface of the door the front and rear panels having a ring shape with an orifice and are connected to each other; a door handle mounted on the rear panel and rotatably provided between the front panel and the rear panel to be gripped by a user so as not to be exposed from an inner circumferential surface of the door; a hook member operated in connection with an operation of the door handle; and an elastic member characterized in that the door further comprises two fixing parts (47, 47') provided on the rear panel (40, 40'), and the elastic member is provided with one side fixed to the fixing parts and the other side fixed to the door handle to provide elastic force to the hook member and the door handle to return both to their original positions when force applied by the user is removed.