mhurhangee/patent-ind-claim-en huggingface dataset:
A support assembly comprising: a support rotatably connected to a frame ; a repetition lever hinge mounted to the support ; and a repetition lever supported by the repetition lever hinge and rotatably disposed with respect to the support , wherein the repetition lever has a contact surface which contacts a hammer shank roller provided to a hammer shank for rotating a hammer , the repetition lever hinge is mounted to the support in an orientation direction that crosses with a line (T), the line (T) being a tangent to the hammer shank roller at the contact point between the hammer shank roller and the contact surface, and the support assembly further comprises an elastic body which provides a rotational force to the repetition lever via a contact portion of the repetition lever , characterized in that the repetition lever hinge is flexible and is integrally formed with the support and/or the repetition lever . a support rotatably connected to a frame ; a repetition lever hinge mounted to the support ; and a repetition lever supported by the repetition lever hinge and rotatably disposed with respect to the support , wherein the repetition lever has a contact surface which contacts a hammer shank roller provided to a hammer shank for rotating a hammer , the repetition lever hinge is mounted to the support in an orientation direction that crosses with a line (T), the line (T) being a tangent to the hammer shank roller at the contact point between the hammer shank roller and the contact surface, and the support assembly further comprises an elastic body which provides a rotational force to the repetition lever via a contact portion of the repetition lever , characterized in that the repetition lever hinge is flexible and is integrally formed with the support and/or the repetition lever .
A method for monitoring insulation in a power system comprising a motor drive circuit configured to convert DC power from a power source to AC power to drive a motor , the method characterised by comprising boosting a DC link voltage of an inverter of the motor drive; isolating the motor drive circuit from the power source ; performing at least one isolation test by providing a current path through components of the motor drive and preferably a motor connected to the output of the inverter to be tested; monitoring the current during each isolation test to detect partial discharge or excessive leakage from the current path, thereby indicating that there exists defects in the insulation in the current path. boosting a DC link voltage of an inverter of the motor drive; isolating the motor drive circuit from the power source ; performing at least one isolation test by providing a current path through components of the motor drive and preferably a motor connected to the output of the inverter to be tested; monitoring the current during each isolation test to detect partial discharge or excessive leakage from the current path, thereby indicating that there exists defects in the insulation in the current path.
A method comprising: a) mixing an alkaline solution comprising an alkali metal hydroxide with cellulose and an alkyl halogenide at a temperature of at least 10 °C to form a first reaction mixture comprising alkali cellulose, water and the alkyl halogenide; b) adjusting the temperature of the first reaction mixture to from 50 °C to 110 °C resulting in a reaction of a portion of the alkyl halogenide with the alkali cellulose forming a second reaction mixture comprising alkyl cellulose ether and unreacted alkyl halogenide, wherein the second reaction mixture is at a temperature in a range of from 50 °C to 110 °C; c) adding an alkylene oxide to the second reaction mixture from step b) to form a third reaction mixture; d) adjusting a temperature of the third reaction mixture to be in a range of from 80 °C to 110 °C and reacting at least a portion of the alkyl cellulose ether with: i) at least a portion of the alkylene oxide, and ii) at least a portion of the unreacted alkyl halogenide, thereby forming a fourth reaction mixture comprising - an alkyl hydroxyalkyl cellulose ether having a methyl D.S. value of from 1.40 to 2.10, and - a hydroxyethyl M.S. value of from 0.05 to 0.4; and e) recovering the alkyl hydroxyalkyl cellulose ether from the fourth reaction mixture. a) mixing an alkaline solution comprising an alkali metal hydroxide with cellulose and an alkyl halogenide at a temperature of at least 10 °C to form a first reaction mixture comprising alkali cellulose, water and the alkyl halogenide; b) adjusting the temperature of the first reaction mixture to from 50 °C to 110 °C resulting in a reaction of a portion of the alkyl halogenide with the alkali cellulose forming a second reaction mixture comprising alkyl cellulose ether and unreacted alkyl halogenide, wherein the second reaction mixture is at a temperature in a range of from 50 °C to 110 °C; c) adding an alkylene oxide to the second reaction mixture from step b) to form a third reaction mixture; d) adjusting a temperature of the third reaction mixture to be in a range of from 80 °C to 110 °C and reacting at least a portion of the alkyl cellulose ether with: i) at least a portion of the alkylene oxide, and ii) at least a portion of the unreacted alkyl halogenide, thereby forming a fourth reaction mixture comprising - an alkyl hydroxyalkyl cellulose ether having a methyl D.S. value of from 1.40 to 2.10, and - a hydroxyethyl M.S. value of from 0.05 to 0.4; and i) at least a portion of the alkylene oxide, and ii) at least a portion of the unreacted alkyl halogenide, - an alkyl hydroxyalkyl cellulose ether having a methyl D.S. value of from 1.40 to 2.10, and - a hydroxyethyl M.S. value of from 0.05 to 0.4; and e) recovering the alkyl hydroxyalkyl cellulose ether from the fourth reaction mixture.
Rain overflow tank for collecting and storing water, in particular rainwater, mixed water or dirty water, having an inflow , an outflow , at least one tank chamber , at least one tank overflow which is arranged downstream of the tank chamber , at least one outlet which relieves the tank overflow , and a cleaning device for cleaning the water flowing from the tank chamber to the tank overflow , wherein a retaining wall is provided between the tank chamber and tank overflow and is configured to impound water arising in the tank chamber , an impounding space is provided in which water flowing off from the tank chamber is impounded in order to pass into the tank overflow via a weir cill , a through-opening is provided in the retaining wall , and the cleaning device provided is a movement-fixed retaining element , wherein the retaining element extends into the tank chamber in such a way that water flowing off out of the tank chamber through the through-opening into the impounding space flows through the retaining element , and the impounding space and the weir cill are formed in the form of a connecting duct extending from the retaining wall into the tank overflow .
A unit for compacting ceramic products, comprising a matrix wherein at least one opening is formed, defined by a plurality of lateral surfaces ; a punch arranged inside said opening to define the bottom of a cavity of a die for compacting the powders suitable for making said ceramic products; an ejector block placed under said matrix and associated with said punch , said ejector block being axially movable to said opening for removing the ceramic products produced at said die following the process of compaction of said powders; a blowing member activatable in the volume between said matrix and said ejector block ; wherein it includes means for detecting the presence of dispersed powders (P) in said volume between said matrix and said ejector block , characterized by comprising means for checking the sediment of said dispersed powders (P) and means for signaling said presence of dispersed powders (P), activatable by said checking means and suitable for blocking the production chain during said process of compaction of the powders in said cavity of the die.
A vehicle seat is composed of a backrest , a seat extending in a transverse direction from a first side edge to a second side edge, and an armrest module , said module comprising a body and an armrest supported by said body , and being able to move relative to said seat , said displacement being effected between a home position, where armrest extends laterally from seat or is lower than seat so as to be able to receive an occupant, and a rest position wherein said armrest is higher than said seat so as to be able to receive an arm of an occupant sitting on said seat , said armrest module having a substantially flat shape in a vertical plane, with a thickness extending in said transverse direction, said displacement of the armrest module relative to said seat comprises a rotation with a pivot connection about a pivot axis Z directed transversely to said seat , characterized in that said armrest is slidable vertically relative to said body to be adjustable in height between a low position and a high position when said armrest module is in the rest position.
A method for detecting fluorescent droplets comprising: generating a plurality of droplets and flowing the droplets through at least one channel of a microfluidic device; illuminating the droplets with a time-domain modulated sequence of flashes from a light source, wherein the time-domain modulated sequence has a duration, d; and capturing at least one image of the at least one channel using a photo sensor, wherein the image has an exposure time, t, greater than or equal to the duration, d, of the time-domain modulated sequence, the method being characterised in that the time-domain modulated sequence is a minimally correlating maximum length sequence. generating a plurality of droplets and flowing the droplets through at least one channel of a microfluidic device; illuminating the droplets with a time-domain modulated sequence of flashes from a light source, wherein the time-domain modulated sequence has a duration, d; and capturing at least one image of the at least one channel using a photo sensor, wherein the image has an exposure time, t, greater than or equal to the duration, d, of the time-domain modulated sequence, the method being characterised in that the time-domain modulated sequence is a minimally correlating maximum length sequence.
A pickup assembly for an agricultural harvester , the pickup assembly comprising: - a pickup assembly frame , - a pickup unit carried by the pickup assembly frame and configured to pick up crop from a field, - a wind guard assembly comprising a wind guard frame , pivotably coupled to the pickup assembly frame at a wind guard pivot axle , characterized in that it further comprises: - a wind guard height control mechanism comprising: a control arm , pivotably coupled to the pickup assembly frame for pivoting coaxially with the wind guard frame , a height control flange on the wind guard frame , configured to be in contact with the control arm , a linear actuator , having a first end connected to the pickup assembly frame and a second end connected to the control arm . - a pickup assembly frame , - a pickup unit carried by the pickup assembly frame and configured to pick up crop from a field, - a wind guard assembly comprising a wind guard frame , pivotably coupled to the pickup assembly frame at a wind guard pivot axle , characterized in that it further comprises: - a wind guard height control mechanism comprising: a control arm , pivotably coupled to the pickup assembly frame for pivoting coaxially with the wind guard frame , a height control flange on the wind guard frame , configured to be in contact with the control arm , a linear actuator , having a first end connected to the pickup assembly frame and a second end connected to the control arm . a control arm , pivotably coupled to the pickup assembly frame for pivoting coaxially with the wind guard frame , a height control flange on the wind guard frame , configured to be in contact with the control arm , a linear actuator , having a first end connected to the pickup assembly frame and a second end connected to the control arm .
An N bit counter having lower bits and upper bits, the N bit counter comprising: a lower counter having a first output, wherein the first output has M bits, wherein N is greater than M, wherein the lower counter operates at a first counting frequency; an upper counter having a second output, wherein the second output has N-M+L bits, wherein L is greater than or equal to one, wherein the second output has N-M most significant bits, "MSBs", and L least significant bits, "LSBs", wherein the upper counter operates at a second counting frequency, wherein the second counting frequency is equal to the first counting frequency divided by 2 (M-L) ; and an error correction controller coupled to receive the first output and the second output after a counting operation of the lower counter and the upper counter, wherein the error correction controller includes logic that when executed causes the error controller to perform operations, including: comparing the L LSBs of the second output and at least one most significant bit, "MSB", of the first output; and correcting the N-M MSBs of the second output in response to the comparison of the L LSBs of the second output and the at least one MSB of the first output, wherein the lower bits of the N bit counter are the M bits of the first output, and wherein the upper bits of the N bit counter are the corrected N-M MSBs of the second output. a lower counter having a first output, wherein the first output has M bits, wherein N is greater than M, wherein the lower counter operates at a first counting frequency; an upper counter having a second output, wherein the second output has N-M+L bits, wherein L is greater than or equal to one, wherein the second output has N-M most significant bits, "MSBs", and L least significant bits, "LSBs", wherein the upper counter operates at a second counting frequency, wherein the second counting frequency is equal to the first counting frequency divided by 2 (M-L) ; and an error correction controller coupled to receive the first output and the second output after a counting operation of the lower counter and the upper counter, wherein the error correction controller includes logic that when executed causes the error controller to perform operations, including: comparing the L LSBs of the second output and at least one most significant bit, "MSB", of the first output; and correcting the N-M MSBs of the second output in response to the comparison of the L LSBs of the second output and the at least one MSB of the first output, wherein the lower bits of the N bit counter are the M bits of the first output, and wherein the upper bits of the N bit counter are the corrected N-M MSBs of the second output. comparing the L LSBs of the second output and at least one most significant bit, "MSB", of the first output; and correcting the N-M MSBs of the second output in response to the comparison of the L LSBs of the second output and the at least one MSB of the first output, wherein the lower bits of the N bit counter are the M bits of the first output, and wherein the upper bits of the N bit counter are the corrected N-M MSBs of the second output.
A refrigeration cycle apparatus comprising a refrigerant circuit in which a compressor , a first heat exchanger , an expansion mechanism and a second heat exchanger are connected by pipes, wherein the first heat exchanger includes a first refrigerant passage and a second refrigerant passage that share a plurality of fins with each other, the first refrigerant passage and the second refrigerant passage are provided in parallel in the refrigerant circuit; a high-and-low-pressure switching mechanism is provided on an inlet side of the second refrigerant passage of the first heat exchanger in flowing of refrigerant in an operation in which the first heat exchanger functions as a condenser, and is configured to perform switching between flow directions of the refrigerant; a refrigerant blocking mechanism is provided on an outlet side of the second refrigerant passage of the first heat exchanger in the flowing of the refrigerant in the operation, and is configured to block the flowing of the refrigerant, each of the first refrigerant passage and the second refrigerant passage is divided into a plurality of passages in the first heat exchanger ; and the first heat exchanger is configured such that a heat transfer tube included in the first refrigerant passage and a heat transfer tube included in the second refrigerant passage are alternately arranged.
A calibration object for an x-ray system and an optical system, the optical system comprising one or more optical cameras, the calibration object comprising: - a first part made of a first material having a matte surface, the first material having a first attenuation coefficient of x-rays; - a second part made of a second material having a second attenuation coefficient of x-rays different from the attenuation coefficient of the first material; wherein the first part of the calibration object comprises holes so that the one or more optical cameras can see both the first part and the second part through the holes. - a first part made of a first material having a matte surface, the first material having a first attenuation coefficient of x-rays; - a second part made of a second material having a second attenuation coefficient of x-rays different from the attenuation coefficient of the first material;
A dishwasher comprising: a cabinet ; a tub defining a washing space; a door rotatably coupled to a front portion of the tub ;an outlet duct located in the door and configured to discharge air from the tub to an outside of the dishwasher; an inlet duct connected to the outlet duct and configured to suction air from the tub and blow suctioned air toward the outlet duct ; a hole cover configured to open and close an air inlet hole that is provided at an entrance of the inlet duct and formed in a bottom surface of the inlet duct ; a foreign substance intake preventing chamber which includes a bottom inclined downwards toward a rear surface of the door , the foreign substance inake preventing chamber preventing foreign substances from becoming drawn into the air inlet hole ; and a grill cover coupled to a penetrating hole formed in a rear surface of the door , in communication with the foreign substance intake preventing chamber , and guiding only water injected inclinedly downwards from a top portion of the tub, wherein the air inlet hole is in communication with the penetrating hole through the foreign substance intake preventing chamber provided between the air inlet hole and the penetrating hole , wherein the grill cover comprises a plurality of ribs that are inclinedly formed in an opposite direction of a bottom surface of the foreign substance intake preventing chamber , and wherein the ribs allow the water injected inclinedly downwards to flow into the penetrating hole and shut off the water injected inclinedly upwards toward the penetrating hole . a cabinet ; a tub defining a washing space; a door rotatably coupled to a front portion of the tub ;an outlet duct located in the door and configured to discharge air from the tub to an outside of the dishwasher; an inlet duct connected to the outlet duct and configured to suction air from the tub and blow suctioned air toward the outlet duct ; a hole cover configured to open and close an air inlet hole that is provided at an entrance of the inlet duct and formed in a bottom surface of the inlet duct ; a foreign substance intake preventing chamber which includes a bottom inclined downwards toward a rear surface of the door , the foreign substance inake preventing chamber preventing foreign substances from becoming drawn into the air inlet hole ; and a grill cover coupled to a penetrating hole formed in a rear surface of the door , in communication with the foreign substance intake preventing chamber , and guiding only water injected inclinedly downwards from a top portion of the tub, wherein the air inlet hole is in communication with the penetrating hole through the foreign substance intake preventing chamber provided between the air inlet hole and the penetrating hole , wherein the grill cover comprises a plurality of ribs that are inclinedly formed in an opposite direction of a bottom surface of the foreign substance intake preventing chamber , and wherein the ribs allow the water injected inclinedly downwards to flow into the penetrating hole and shut off the water injected inclinedly upwards toward the penetrating hole .
A vehicle control apparatus comprising a processing device that calculates a target vehicle acceleration such that a vehicle speed of a vehicle, which includes a continuously variable transmission , becomes a target vehicle speed; sets a threshold for a change amount per a predetermined time of an engine rpm based on the target vehicle acceleration; and controls the engine rpm such that the change amount per a predetermined time of the engine rpm does not exceed the threshold. calculates a target vehicle acceleration such that a vehicle speed of a vehicle, which includes a continuously variable transmission , becomes a target vehicle speed; sets a threshold for a change amount per a predetermined time of an engine rpm based on the target vehicle acceleration; and controls the engine rpm such that the change amount per a predetermined time of the engine rpm does not exceed the threshold.
An ophthalmic formulation in form of an oil-in-water microemulsion comprising oil particles dispersed in a continuous water phase, the formulation comprising - 0.1 - 2.0 weight-% of a natural oil, which is sacha inchi seed oil, and - at least a first non-ionic emulsifier, which is polyoxyethylene sorbitan mono-oleate and a second non-ionic emulsifier, which is sorbitan mono-oleate wherein the first non-ionic emulsifier and the second non-ionic emulsifier have a total molar concentration which is 80 - 150 % of the total molar concentration of unsaturated fatty acid(s) of the natural oil, wherein the formulation has a surface tension in a range of 40 - 43 mN/m at an emulsion-air interface at a temperature of 15 - 30 °C. - 0.1 - 2.0 weight-% of a natural oil, which is sacha inchi seed oil, and - at least a first non-ionic emulsifier, which is polyoxyethylene sorbitan mono-oleate and a second non-ionic emulsifier, which is sorbitan mono-oleate wherein the first non-ionic emulsifier and the second non-ionic emulsifier have a total molar concentration which is 80 - 150 % of the total molar concentration of unsaturated fatty acid(s) of the natural oil, wherein the formulation has a surface tension in a range of 40 - 43 mN/m at an emulsion-air interface at a temperature of 15 - 30 °C.
A cosmetic or dermatological active ingredient comprising a mixture of unsaturated dicarboxylic acids comprising the Z and E isomers of at least one monounsaturated C12 to C24 dicarboxylic acid, characterized in that the concentration of (i) E isomer is at least 40% by weight and Z isomer is at most 60% by weight both based on the total weight of Z and E isomers, (ii) saturated dicarboxylic acid is 0.1% to 4% by weight based on the total weight of the composition, and (iii) mono-carboxylic acid is 0.15 to 0.5% by weight based on the total weight of the mixture.