mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station , a control message for adding at least one secondary cell, SCell, of the base station; receiving , from the base station , a first message including first information for activating a SCell of the at least one SCell; activating the SCell based on the first information for activating the SCell; receiving, from the base station , a second message including second information for deactivating the SCell; and deactivating the SCell based on the second information for deactivating the SCell, wherein, in case that the activated SCell is a physical uplink control channel, PUCCH, SCell, the activating of the SCell comprises performing a channel state information, CSI, reporting on the SCell from a first timing to a second timing, and wherein the first timing is determined by adding a first predetermined value to a timing at which the first message is received, and the second timing is determined by adding a second predetermined value to the timing at which the first message is received, and wherein in case that the SCell is the PUCCH SCell, the deactivating the SCell comprises deactivating the performing of the CSI reporting on the SCell at a third timing, and wherein the third timing is determined by adding a third predetermined value to a timing at which the second message is received. receiving, from a base station , a control message for adding at least one secondary cell, SCell, of the base station; receiving , from the base station , a first message including first information for activating a SCell of the at least one SCell; activating the SCell based on the first information for activating the SCell; receiving, from the base station , a second message including second information for deactivating the SCell; and deactivating the SCell based on the second information for deactivating the SCell, wherein, in case that the activated SCell is a physical uplink control channel, PUCCH, SCell, the activating of the SCell comprises performing a channel state information, CSI, reporting on the SCell from a first timing to a second timing, and wherein the first timing is determined by adding a first predetermined value to a timing at which the first message is received, and the second timing is determined by adding a second predetermined value to the timing at which the first message is received, and wherein in case that the SCell is the PUCCH SCell, the deactivating the SCell comprises deactivating the performing of the CSI reporting on the SCell at a third timing, and wherein the third timing is determined by adding a third predetermined value to a timing at which the second message is received.
Work vehicle comprising: an internal combustion engine arranged in an engine bay , an operator station arranged above the engine bay and a cooling air device having a cooling air inlet , a cooling air outlet , a cooling air fan and a cooler which is arranged in the flow path of the cooling air (KL) through the engine bay between the cooling air inlet and the cooling air outlet , wherein in relation to a main direction of travel (HR) of the work vehicle , the cooling air inlet of the engine bay is provided on a first vehicle side and/or a vehicle lower side, and the cooling air outlet of the engine bay is provided on a vehicle front side , wherein the cooling air outlet has a cooling air deflection device which is configured such that exiting cooling air (KL) is guided in the direction of a second vehicle side . an internal combustion engine arranged in an engine bay , an operator station arranged above the engine bay and a cooling air device having a cooling air inlet , a cooling air outlet , a cooling air fan and a cooler which is arranged in the flow path of the cooling air (KL) through the engine bay between the cooling air inlet and the cooling air outlet , wherein in relation to a main direction of travel (HR) of the work vehicle , the cooling air inlet of the engine bay is provided on a first vehicle side and/or a vehicle lower side, and the cooling air outlet of the engine bay is provided on a vehicle front side , wherein the cooling air outlet has a cooling air deflection device which is configured such that exiting cooling air (KL) is guided in the direction of a second vehicle side .
A method for determining a likely effect of a treatment to improve male fertility, the method comprising • determining the level of AMH and/or inhibin B in a biological sample from a male subject; • comparing said determined AMH and/or inhibin B level to a corresponding reference level; and • determining that said subject will ∘ likely benefit from treatment with an antagonist or inhibitor of RANKL, if said level is equal to or higher than said reference level; or ∘ likely not benefit from treatment with an antagonist or inhibitor of RANKL, if said level is lower than said reference level. • determining the level of AMH and/or inhibin B in a biological sample from a male subject; • comparing said determined AMH and/or inhibin B level to a corresponding reference level; and • determining that said subject will ∘ likely benefit from treatment with an antagonist or inhibitor of RANKL, if said level is equal to or higher than said reference level; or ∘ likely not benefit from treatment with an antagonist or inhibitor of RANKL, if said level is lower than said reference level. ∘ likely benefit from treatment with an antagonist or inhibitor of RANKL, if said level is equal to or higher than said reference level; or ∘ likely not benefit from treatment with an antagonist or inhibitor of RANKL, if said level is lower than said reference level.
A method comprising contacting an organic substrate comprising a heteroaryl moiety with a mixture comprising (a) at least one organosilane and (b) potassium hydroxide (KOH), so as to provide a silylated heteroaryl product, wherein the heteroaryl moiety comprises an optionally substituted furan, thiophene, thiazole, isothiazole, oxadiazole, benzofuran, benzothiophene, isobenzofuran, isobenzothiophene, benzisoxazole, benzoxazole, 2,3-dihydrobenzofuran, 2,3-dihydrobenzothiophene, dibenzofuran, xanthene, or a dibenzothiophene.
A ventilation assessment apparatus comprising: a controller having at least one processor to access data representing a measured flow of breathable gas attributable to respiration of a patient, the controller being further configured to (a) derive measures of ventilation from the data representing the measured flow of breathable gas, and (b) determine a histogram based on the measures of ventilation, and characterized by the controller being further configured to (c) evaluate the histogram in the processor to detect an occurrence of hypoventilation or hyperventilation, and (d) output, based on the evaluation, an indication of the occurrence of hypoventilation or hyperventilation and/or change, based on the evaluation, a pressure control parameter or a treatment protocol of a respiratory treatment apparatus, wherein evaluating the histogram comprises determining one or more of the following features: a number of peaks of the histogram, a gradient between two largest peaks of the histogram, a gradient between a largest peak and a center point of the histogram, a gradient between a second largest peak and a center point of the histogram, an area between two largest peaks of the histogram, an area between a largest peak and a center point of the histogram, an area between a second largest peak and a center point of the histogram, a shape feature of the histogram, a kurtosis value based on the histogram, and a skewness value based on the histogram. (a) derive measures of ventilation from the data representing the measured flow of breathable gas, and (b) determine a histogram based on the measures of ventilation, and characterized by the controller being further configured to (c) evaluate the histogram in the processor to detect an occurrence of hypoventilation or hyperventilation, and (d) output, based on the evaluation, an indication of the occurrence of hypoventilation or hyperventilation and/or change, based on the evaluation, a pressure control parameter or a treatment protocol of a respiratory treatment apparatus,
A composition comprising a) an active agent selected from the group consisting of thiamazole and/or carbimazole, wherein the composition comprises 2.5-15% (w/w) of thiamazole and/or 5-20% (w/w) of carbimazole; b) 5-18% (w/w) of beeswax; and c) 45-75% (w/w) of at least one fatty oil selected from the group consisting of almond oil, peanut oil, sunflower oil, linseed oil, olive oil, or evening primrose oil, d) 0.25-3.5% (w/w) of an amphiphilic unimolecular nanocarrier of dendritic structure, composed of a dendritic core and at least two shells, wherein an inner shell is coupled to the dendritic core via a first linker, and an outer shell is coupled to the inner shell via a second linker, wherein i) the dendritic core of the nanocarrier is made of polyglycerol, and/or ii) the inner shell of the nanocarrier is an alkyl chain with a carbon length of C2 to C40; and/or iii) the outer shell is polyethylene glycol having the structural formula (CH 2 CH 2 O) n with n = 3-130, which bears a terminal methyl group, a hydroxyl group or a carboxyl group; and/or iv) the first linker is an ester or amide bond, and/or v) the second linker is an ester bond, wherein preferably all features i-v apply. a) an active agent selected from the group consisting of thiamazole and/or carbimazole, wherein the composition comprises 2.5-15% (w/w) of thiamazole and/or 5-20% (w/w) of carbimazole; b) 5-18% (w/w) of beeswax; and c) 45-75% (w/w) of at least one fatty oil selected from the group consisting of almond oil, peanut oil, sunflower oil, linseed oil, olive oil, or evening primrose oil, d) 0.25-3.5% (w/w) of an amphiphilic unimolecular nanocarrier of dendritic structure, composed of a dendritic core and at least two shells, wherein an inner shell is coupled to the dendritic core via a first linker, and an outer shell is coupled to the inner shell via a second linker, wherein i) the dendritic core of the nanocarrier is made of polyglycerol, and/or ii) the inner shell of the nanocarrier is an alkyl chain with a carbon length of C2 to C40; and/or iii) the outer shell is polyethylene glycol having the structural formula (CH 2 CH 2 O) n with n = 3-130, which bears a terminal methyl group, a hydroxyl group or a carboxyl group; and/or iv) the first linker is an ester or amide bond, and/or v) the second linker is an ester bond, wherein preferably all features i-v apply. i) the dendritic core of the nanocarrier is made of polyglycerol, and/or ii) the inner shell of the nanocarrier is an alkyl chain with a carbon length of C2 to C40; and/or iii) the outer shell is polyethylene glycol having the structural formula (CH 2 CH 2 O) n with n = 3-130, which bears a terminal methyl group, a hydroxyl group or a carboxyl group; and/or iv) the first linker is an ester or amide bond, and/or v) the second linker is an ester bond,
A medical, in particular surgical, instrument , having two gripping elements which are pivotably mounted relative to each other, and a spring unit which has two spring end portions , which are each connected to one of the two gripping elements , so that when at least one of the two gripping elements is pivoted out of a base position, pivoting back into the base position can be carried out via the spring unit , wherein the spring unit is adapted to provide a substantially constant spring force when the gripping elements are pivoted, is in particular configured in at least two parts and has a first spring leg and a second spring leg , and a platform-shaped projection is formed on at least one of the two spring end portions and/or on at least one of the two gripping elements , and via which the spring end portion is rigidly connected to the associated gripping element , characterized in that the at least one spring end portion is arranged raised relative to the associated gripping element in at least the base position and has a distance therefrom, the platform-shaped projection forms a front-face contact supporting surface via which the at least one spring end portion is attached to the associated gripping element . the spring unit is adapted to provide a substantially constant spring force when the gripping elements are pivoted, is in particular configured in at least two parts and has a first spring leg and a second spring leg , and a platform-shaped projection is formed on at least one of the two spring end portions and/or on at least one of the two gripping elements , and via which the spring end portion is rigidly connected to the associated gripping element , characterized in that the at least one spring end portion is arranged raised relative to the associated gripping element in at least the base position and has a distance therefrom, the platform-shaped projection forms a front-face contact supporting surface via which the at least one spring end portion is attached to the associated gripping element .
A method for a user device for enabling transferring delay-tolerant data content between the user device and a network cache in a communication network, the method comprising: - receiving a request for delay-tolerant data content; - sending to the network cache information about a predicted mobility of the user device and information about the requested delay-tolerant data content; and - receiving , from the network cache, information about the time when to initiate a transfer of the requested delay-tolerant data content, based on the predicted mobility of the user device, - obtaining a current actual location of the user device in terms of a cell or local network identifier, at the time when to initiate the transfer, - if this cell or local network identifier is different from the predicted location of the user device in terms of a predicted cell or local network identifier, sending to the network cache information about the current actual location of the user device and a request for the delay-tolerant data content, and - if this cell or local network identifier is the same as the predicted location of the user device in terms of a predicted cell or local network identifier, sending to the network cache, an indication to initiate the transfer, where said information about the time to initiate the transfer is based on a network status of radio access nodes of a communication network to which the network node cache belong, where the network status is monitored over a direct connection between the network cache and said radio access nodes, the method further comprising: - obtaining information about a recorded history of a mobility of the user device; and - predicting a mobility of the user device, based on the obtained information about the recorded history of the mobility. - receiving a request for delay-tolerant data content; - sending to the network cache information about a predicted mobility of the user device and information about the requested delay-tolerant data content; and - receiving , from the network cache, information about the time when to initiate a transfer of the requested delay-tolerant data content, based on the predicted mobility of the user device, - obtaining a current actual location of the user device in terms of a cell or local network identifier, at the time when to initiate the transfer, - if this cell or local network identifier is different from the predicted location of the user device in terms of a predicted cell or local network identifier, sending to the network cache information about the current actual location of the user device and a request for the delay-tolerant data content, and - if this cell or local network identifier is the same as the predicted location of the user device in terms of a predicted cell or local network identifier, sending to the network cache, an indication to initiate the transfer, - obtaining information about a recorded history of a mobility of the user device; and - predicting a mobility of the user device, based on the obtained information about the recorded history of the mobility.
A dishwasher, comprising a housing , wherein the dishwasher further comprises a plasma sterilization and disinfection apparatus arranged inside the housing , wherein the plasma sterilization and disinfection apparatus comprises a discharge electrode plate , a ground electrode plate , a radio-frequency power supply and an earthing power supply , a tableware storage space is formed between the discharge electrode plate and the ground electrode plate , the radio-frequency power supply is connected to the discharge electrode plate , and the earthing power supply is connected to the ground electrode plate , wherein the discharge electrode plate and the ground electrode plate are arranged parallel to each other and respectively parallel to a horizontal plane of the housing , characterized in that the discharge electrode plate is arranged at a top inside the housing , and the ground electrode plate is arranged at a bottom inside the housing , wherein a distance between the discharge electrode plate and the ground electrode plate is 150-250 mm. characterized in that the discharge electrode plate is arranged at a top inside the housing , and the ground electrode plate is arranged at a bottom inside the housing , wherein a distance between the discharge electrode plate and the ground electrode plate is 150-250 mm.
A piston for an internal combustion engine, comprising: an upper crown having an upper combustion surface with a combustion bowl recessed therein and a generally cylindrical upper land , including a ring belt region , depending therefrom; a lower crown depending from the upper crown , the lower crown including a pair of laterally spaced, axially aligned pin bores configured for receipt of a wrist pin; an annular outer oil gallery formed between the upper and lower crowns , said gallery having a bottom surface formed by a floor of the lower crown ; an open inner gallery formed upwardly of said pin bores beneath a central portion of said combustion bowl ; an oil inlet extending through said floor and including an upstanding toroid-shaped protrusion that extends upwardly from said floor into the annular outer oil gallery , wherein said protrusion is formed as a monolithic extrusion from the material of said floor ; and an oil outlet extending through and being flush with said floor , characterized in that said annular outer oil gallery is closed to said open inner gallery such that direct fluid communication therebetween is inhibited. an upper crown having an upper combustion surface with a combustion bowl recessed therein and a generally cylindrical upper land , including a ring belt region , depending therefrom; a lower crown depending from the upper crown , the lower crown including a pair of laterally spaced, axially aligned pin bores configured for receipt of a wrist pin; an annular outer oil gallery formed between the upper and lower crowns , said gallery having a bottom surface formed by a floor of the lower crown ; an open inner gallery formed upwardly of said pin bores beneath a central portion of said combustion bowl ; an oil inlet extending through said floor and including an upstanding toroid-shaped protrusion that extends upwardly from said floor into the annular outer oil gallery , wherein said protrusion is formed as a monolithic extrusion from the material of said floor ; and an oil outlet extending through and being flush with said floor , characterized in that said annular outer oil gallery is closed to said open inner gallery such that direct fluid communication therebetween is inhibited.
Optical system for interior lighting of a motor vehicle , the optical system comprising a screen and a plurality of light sources disposed in series, one after the other, forming a curve or a line, this serial arrangement forming a longitudinal axis (X) of the optical system, the plurality of light sources being configured to project a light beam onto the screen , the optical system comprising a light box between the plurality of light sources and the screen along the stacking axis (Y) perpendicular to the longitunal axis (X), the light box receiving the screen and comprising a plurality of cavities , each light source being associated with a cavity of the light box, each light source being activatable independently a ratio between a first dimension specific to a wall of a cavity and measured between the proximal end of the cavity , forming the bottom of the cavity , close to the light source associated with said cavity , and the distal end of the cavity located opposite the cavity with respect to the proximal end along the stacking axis (Y), and a second dimension specific to the light box, and measured between the bottom of the cavity and the part of the light box which receives the screen , the first dimension and the second dimension being measured parallel to the stacking axis (Y) perpendicular to the longitunal (X), being between 40% and 85%, Characterized in that : - the cavity has an elliptical profile in a first plane (D) perpendicular to the screen and passing through the light source associated with said cavity ; - the cavity has a parabolic profile in a second plane (E) perpendicular to the screen and passing through the light source associated with said cavity ; - the first plane (D) and the second plane (E) are perpendicular to each other; - the second plane (E) extends along the stacking axis (Y) and the longitunal axis (X). - the cavity has an elliptical profile in a first plane (D) perpendicular to the screen and passing through the light source associated with said cavity ; - the cavity has a parabolic profile in a second plane (E) perpendicular to the screen and passing through the light source associated with said cavity ; - the first plane (D) and the second plane (E) are perpendicular to each other; - the second plane (E) extends along the stacking axis (Y) and the longitunal axis (X).
A ring spinning machine, comprising • at least one traversing device for laying of the roving, wherein the traversing device is connected to roving guide rails , and wherein the roving guide rails extend in both directions from the traversing device in a longitudinal direction (x) of the ring spinning machine ; • a plurality of drawing devices for drawing a roving consisting of at least two roller pairs with an intake roller pair and an outlet roller pair , wherein each roller pair has a lower roller (10 1 , 11 1 , 12 1 ) and an upper roller (10 2 , 11 2 , 12 2 ), which is oppositely mounted, wherein • the traversing device is connected to a cam and two lateral pivot levers , the pivot levers each being connected to a roving guide rail ; characterized in that the traversing device is connected to the lower intake roller (10 1 ) by a chain or a belt and is driven by it. • at least one traversing device for laying of the roving, wherein the traversing device is connected to roving guide rails , and wherein the roving guide rails extend in both directions from the traversing device in a longitudinal direction (x) of the ring spinning machine ; • a plurality of drawing devices for drawing a roving consisting of at least two roller pairs with an intake roller pair and an outlet roller pair , wherein each roller pair has a lower roller (10 1 , 11 1 , 12 1 ) and an upper roller (10 2 , 11 2 , 12 2 ), which is oppositely mounted, wherein • the traversing device is connected to a cam and two lateral pivot levers , the pivot levers each being connected to a roving guide rail ;