mhurhangee/patent-ind-claim-en huggingface dataset:
Method for passing on at least one consignment from a transferring vehicle to a receiving vehicle , - in which the transferring vehicle and the receiving vehicle are made to roughly approach one another on the basis of position data of the transferring vehicle and/or of the receiving vehicle , - in which, after the transferring vehicle and the receiving vehicle have been made to roughly approach one another, they are made to approach one another precisely while approximating the speeds and the directions of travel of the transferring vehicle and the receiving vehicle to one another, - in which, while the transferring vehicle and the receiving vehicle are traveling with speeds and directions of travel which are approximate to one another, the at least one consignment is transferred from the transferring vehicle to the receiving vehicle , and - in which, after the transfer of the at least one consignment has taken place, the transferring vehicle and the receiving vehicle move away from one another, characterized in that , - the at least one consignment is a piece goods or a packaging, and - in that before the transfer of the at least one consignment , a cargo space of the transferring vehicle and/or of the receiving vehicle is opened and/or after the transfer of the at least one consignment a cargo space of the transferring vehicle and/or of the receiving vehicle is closed. - in which the transferring vehicle and the receiving vehicle are made to roughly approach one another on the basis of position data of the transferring vehicle and/or of the receiving vehicle , - in which, after the transferring vehicle and the receiving vehicle have been made to roughly approach one another, they are made to approach one another precisely while approximating the speeds and the directions of travel of the transferring vehicle and the receiving vehicle to one another, - in which, while the transferring vehicle and the receiving vehicle are traveling with speeds and directions of travel which are approximate to one another, the at least one consignment is transferred from the transferring vehicle to the receiving vehicle , and - in which, after the transfer of the at least one consignment has taken place, the transferring vehicle and the receiving vehicle move away from one another, - the at least one consignment is a piece goods or a packaging, and - in that before the transfer of the at least one consignment , a cargo space of the transferring vehicle and/or of the receiving vehicle is opened and/or after the transfer of the at least one consignment a cargo space of the transferring vehicle and/or of the receiving vehicle is closed.
Tool head for machining workpieces at high rotational speeds, having a base body which can rotate about an axis and which, together with a clamping jaw , forms a radially outwardly extending receptacle for the end section of a blade opposite the cutting edge , wherein the blade forms exactly one positioning surface which interacts in the pull-out direction with a positioning stop of a positioning key of the base body in such a way that the positioning surface of the blade engages behind the positioning stop of the positioning key in such a way, that, on the one hand, the blade is secured in the pull-out direction, and, on the other hand, the blade remains displaceable in the insertion direction before the frictional connection acts in the pull-out direction, and that a pretensioning element for pressing the blade onto the positioning key and against its positioning stop is provided for tensioning, wherein the pretensioning element projects into the receptacle when the clamping jaw is open such that the end section of the blade is prevented from being inserted further beyond the pretensioning element and the pretensioning element nevertheless presses the blade onto the positioning key during the clamping process.
Swing shutter comprising a lower hinge device , the device comprising a pintle and a hinge leaf , wherein said hinge leaf comprises an eye and said pintle comprises a nipple which is inserted into said eye to enable said shutter to pivot from a so-called open position to a so-called closed position, and vice versa, said pintle of the lower hinge device comprises an element which is movable in a direction parallel to the pivot axis of said shutter, which element is resiliently returned by a resilient return means , which is manually operable by straining the resilient return means when said shutter is in the so-called open position, while said hinge leaf comprises, at the periphery of said eye , on the side in which said nipple is inserted, an indexing zone capable of receiving said movable element when said shutter is in the open position, so as to ensure locking of said shutter in this position, said shutter being characterized in that it further comprises an upper hinge comprising a pintle and a hinge leaf , wherein said hinge leaf comprises an eye and said pintle comprises a nipple which is inserted into said eye to enable said shutter to pivot from the so-called open position to the so-called closed position, and vice versa, as well as a resilient means for returning from the so-called open position to the so-called closed position, said resilient return means of the upper hinge consisting of a torsion spring which is threaded on the upper nipple , inside the eye of the upper hinge leaf , and one end of which is secured to the upper pintle and the other to the upper hinge leaf .
A baler having a rear aperture and a bale drop detection system , wherein the bale drop detection system comprising: a bale chute coupled to the rear aperture of the baler , wherein the bale chute is configured to support a bale ejected from the rear aperture thereon; the baler being characterised in that it further comprises a first member operably connected to the bale chute , wherein the first member is elastically deformable between a first position in which the bale chute is empty or partially loaded and a second position in which the bale chute is fully loaded with the bale ; a sensor providing output that is proportional to the magnitude of the deformation of the first member , wherein the loads applied to the bale chute are not transferred through the sensor ; and a controller in communication with the sensor and configured to measure at least one of the magnitude of the deformation of the first member and rate of deformation of the first member . a bale chute coupled to the rear aperture of the baler , wherein the bale chute is configured to support a bale ejected from the rear aperture thereon; the baler being characterised in that it further comprises a first member operably connected to the bale chute , wherein the first member is elastically deformable between a first position in which the bale chute is empty or partially loaded and a second position in which the bale chute is fully loaded with the bale ; a sensor providing output that is proportional to the magnitude of the deformation of the first member , wherein the loads applied to the bale chute are not transferred through the sensor ; and a controller in communication with the sensor and configured to measure at least one of the magnitude of the deformation of the first member and rate of deformation of the first member .
Composition comprising from 99.6% to 99.99% by weight of at least one powder of at least one polyarylene ether ketone and 0.01% to 0.4% by weight of a hydrophilic flow agent, said hydrophilic flow agent being characterized by a gain in mass (amount of water absorbed), after 5 days of conditioning at a relative humidity of 95%, of greater than 0.5%, said gain in mass of the flow agent being determined by Karl Fischer measurement after desorption of the water by a 15-minute treatment at 170°C, in which the at least one polyarylene ether ketone is PEKK having a mass percentage of terephthalic units relative to the sum of the terephthalic and isophthalic units of between 55% and 85%.
A battery module, comprising: a plurality of secondary batteries stacked to each other using a stacking frame , each including an electrode assembly, a case and an electrode lead ; and a terminal bus bar having a plate-like coupling unit , wherein the coupling unit of the terminal bus bar is interposed between ends of the electrode leads and the case and is in contact with the electrode leads , wherein electrode leads of the same polarity provided in three or more secondary batteries among a plurality of secondary batteries stacked to each other using the stacking frame are coupled to a flat surface of the coupling unit by a laser welding process, so that two or more electrode leads stacked to each other are in contact with one end of the coupling unit , and the other one or more electrode leads are in contact with the other end of the coupling unit , wherein the maximum number of electrode leads overlapped with respect to the coupling unit of a single terminal bus bar is two. a plurality of secondary batteries stacked to each other using a stacking frame , each including an electrode assembly, a case and an electrode lead ; and a terminal bus bar having a plate-like coupling unit , wherein the coupling unit of the terminal bus bar is interposed between ends of the electrode leads and the case and is in contact with the electrode leads , wherein electrode leads of the same polarity provided in three or more secondary batteries among a plurality of secondary batteries stacked to each other using the stacking frame are coupled to a flat surface of the coupling unit by a laser welding process, so that two or more electrode leads stacked to each other are in contact with one end of the coupling unit , and the other one or more electrode leads are in contact with the other end of the coupling unit ,
A method for transmitting a signal, wherein the method comprises: receiving , by a terminal device, transmission information of synchronization signal blocks transmitted by a network device, wherein the transmission information comprises information on the number m of the synchronization signal blocks, and information on a time-domain resource set over which the m synchronization signal blocks are transmitted, wherein the time-domain resource set comprises m time-domain resource unit over which the m synchronization signal blocks are transmitted, and locations of m time-domain resource units in different time-domain resource sets are not completely the same, wherein m is a positive integer; and receiving , by the terminal device, the m synchronization signal blocks transmitted by the network device according to the transmission information; the method being characterised in that , ┌log 2 ( n )┐ represents the number of bits occupied by the information on the time-domain resource set in the transmission information, wherein n represents the number of multiple time-domain resource sets over which the m synchronization signal blocks are capable of being transmitted, and n is a positive integer. receiving , by a terminal device, transmission information of synchronization signal blocks transmitted by a network device, wherein the transmission information comprises information on the number m of the synchronization signal blocks, and information on a time-domain resource set over which the m synchronization signal blocks are transmitted, wherein the time-domain resource set comprises m time-domain resource unit over which the m synchronization signal blocks are transmitted, and locations of m time-domain resource units in different time-domain resource sets are not completely the same, wherein m is a positive integer; and receiving , by the terminal device, the m synchronization signal blocks transmitted by the network device according to the transmission information; the method being characterised in that , ┌log 2 ( n )┐ represents the number of bits occupied by the information on the time-domain resource set in the transmission information, wherein n represents the number of multiple time-domain resource sets over which the m synchronization signal blocks are capable of being transmitted, and n is a positive integer.
Uplink transmission scheme for extending a power supply recovery time of mobile communication devices, user equipments - UE, scheduled in a cell of a network by a base station, whereas a user equipment, UE, powered by a power supply transmits a block of payload information defined by a limited transmission power over a contiguous total transmission time, whereas transmissions of consecutive blocks of payload information of one UE are separated by scheduling gaps, which is a gap between transmissions of two consecutive blocks of payload information of the one UE and resulting from scheduling of UE transmissions by a base station, eNB, characterized in that the scheduling gap has a variable length with a defined minimum time duration which corresponds to a power supply recovery time characterizing the power supply of the UE, whereas a block of payload information of the one UE is split into multiple transmission active period parts which are separated by a transmission gap to each other, whereas each transmission active period part is transmitted with the same limited transmission power over a duty-cycle length, whereas the transmission is performed until the block of payload information is fully transmitted, whereas the block of payload information is transmitted over an uplink transmission path of the UE comprising a power amplifier, an energy buffer circuitry, a power management unit and the power supply is configured to supply the uplink transmission path of the UE with power and the buffer circuitry is configured to reduce a peak current on the power supply and to increase a power supply lifetime by adaptation of the duty-cycle length of the transmission active period of the UE.
A soft capsule comprising: a) a soft capsule shell, wherein the soft capsule shell comprises: - 40 to 80 wt% of gelatin, - 10 to 50 wt% of plasticizer selected from the group consisting of glycerol, sorbitol, propylene glycol, polyethylene glycol, dibutyl sebacate, diethyl phthalate, dimethyl phthalate, triacetin, tributyl citrate, triethyl citrate, and mixtures thereof, the amounts by weight being expressed with respect to the total weight of the soft capsule shell; and b) a pharmaceutical composition comprising: - calcifediol, - an oily component selected from the group consisting of a medium chain triglyceride, isopropyl myristate, a C 14 -C 18 alkyl alcohol, a C 14 -C 18 alkenyl alcohol, lanolin alcohol and mixtures thereof, and - a pharmaceutically acceptable organic solvent selected from the group consisting of ethanol, isopropanol, propylene glycol, polyethylene glycol, benzyl alcohol and mixtures thereof; wherein the soft capsule shell encapsulates the pharmaceutical composition and wherein said pharmaceutical composition is devoid of waxes. a) a soft capsule shell, wherein the soft capsule shell comprises: - 40 to 80 wt% of gelatin, - 10 to 50 wt% of plasticizer selected from the group consisting of glycerol, sorbitol, propylene glycol, polyethylene glycol, dibutyl sebacate, diethyl phthalate, dimethyl phthalate, triacetin, tributyl citrate, triethyl citrate, and mixtures thereof, the amounts by weight being expressed with respect to the total weight of the soft capsule shell; and - 40 to 80 wt% of gelatin, - 10 to 50 wt% of plasticizer selected from the group consisting of glycerol, sorbitol, propylene glycol, polyethylene glycol, dibutyl sebacate, diethyl phthalate, dimethyl phthalate, triacetin, tributyl citrate, triethyl citrate, and mixtures thereof, b) a pharmaceutical composition comprising: - calcifediol, - an oily component selected from the group consisting of a medium chain triglyceride, isopropyl myristate, a C 14 -C 18 alkyl alcohol, a C 14 -C 18 alkenyl alcohol, lanolin alcohol and mixtures thereof, and - a pharmaceutically acceptable organic solvent selected from the group consisting of ethanol, isopropanol, propylene glycol, polyethylene glycol, benzyl alcohol and mixtures thereof; wherein the soft capsule shell encapsulates the pharmaceutical composition and wherein said pharmaceutical composition is devoid of waxes. - calcifediol, - an oily component selected from the group consisting of a medium chain triglyceride, isopropyl myristate, a C 14 -C 18 alkyl alcohol, a C 14 -C 18 alkenyl alcohol, lanolin alcohol and mixtures thereof, and - a pharmaceutically acceptable organic solvent selected from the group consisting of ethanol, isopropanol, propylene glycol, polyethylene glycol, benzyl alcohol and mixtures thereof;
A method on a UE comprising: receiving , at the UE, a Reference Signal Time Difference, RSTD, measurement request from an entity in a wireless network, wherein the UE is one of a Bandwidth reduced-Low complexity, BL, UE, or an enhanced Machine Type Communication, eMTC, UE or a Further enhanced MTC, FeMTC, UE, and wherein the RSTD measurement request involves only one or more intra frequency measurements by the UE; transmitting , by the UE to a Base Station, BS, in response to the RSTD measurement request , a dedicated gap request comprising a requested configuration of one or more dedicated gaps, wherein the requested configuration of the one or more dedicated gaps comprises a gap duration that is at least 14ms or a gap periodicity that is greater than 80ms; wherein the requested configuration of the one or more dedicated gaps is based, at least in part, on a current operational mode of the UE, wherein the current operational mode of the UE is a Coverage Enhanced, CE, Mode in which a number of repetitions of messages is increased with respect to the number of repetitions used in a Normal Coverage, NC, mode to facilitate increased coverage; and receiving , at the UE, in response to the dedicated gap request , a message comprising a dedicated RSTD measurement gap configuration; and measuring a plurality of positioning reference signals, PRS, during a dedicated RSTD measurement gap. receiving , at the UE, a Reference Signal Time Difference, RSTD, measurement request from an entity in a wireless network, wherein the UE is one of a Bandwidth reduced-Low complexity, BL, UE, or an enhanced Machine Type Communication, eMTC, UE or a Further enhanced MTC, FeMTC, UE, and wherein the RSTD measurement request involves only one or more intra frequency measurements by the UE; transmitting , by the UE to a Base Station, BS, in response to the RSTD measurement request , a dedicated gap request comprising a requested configuration of one or more dedicated gaps, wherein the requested configuration of the one or more dedicated gaps comprises a gap duration that is at least 14ms or a gap periodicity that is greater than 80ms; wherein the requested configuration of the one or more dedicated gaps is based, at least in part, on a current operational mode of the UE, wherein the current operational mode of the UE is a Coverage Enhanced, CE, Mode in which a number of repetitions of messages is increased with respect to the number of repetitions used in a Normal Coverage, NC, mode to facilitate increased coverage; and receiving , at the UE, in response to the dedicated gap request , a message comprising a dedicated RSTD measurement gap configuration; and measuring a plurality of positioning reference signals, PRS, during a dedicated RSTD measurement gap.
Solid oxide electrolysis cell stack comprising a plurality of stacked cell units, each cell unit comprises a cell layer comprising an active cell area, and an interconnect layer comprising an interconnect, one interconnect layer separates one cell layer from the adjacent cell layer in the cell stack, each interconnect layer has a fuel side with at least one fuel inlet and a fuel inlet active cell area, and at least one fuel outlet and a fuel outlet active cell area and an oxy side; wherein the fuel inlet active cell area is at least 50% larger than the fuel outlet active cell area.
A flexbeam rotor blade assembly comprising: a flexbeam including a body having a first surface , a second, opposing surface and an opening extending through the first and second surfaces ; at least one snubber assembly mounted to one of the first and second surfaces spaced along the body from the opening ; a snubber retainer mounted to one of the first and second surfaces between the body and the at least one snubber assembly , the snubber retainer including a retainer plate including a snubber attachment member to which the at least one snubber assembly is mounted and a mounting arm including a retainer plate opening spaced from the snubber attachment member , the retainer plate opening registering with the opening in the flexbeam ; and a mechanical fastener extending through the retainer plate opening and the opening in the flexbeam , the mechanical fastener joining the snubber retainer to the one of the first and second surfaces; characterized in that the retainer plate includes a first thickness at the snubber attachment member and a second thickness at the mounting arm, the second thickness being greater than the first thickness. a flexbeam including a body having a first surface , a second, opposing surface and an opening extending through the first and second surfaces ; at least one snubber assembly mounted to one of the first and second surfaces spaced along the body from the opening ; a snubber retainer mounted to one of the first and second surfaces between the body and the at least one snubber assembly , the snubber retainer including a retainer plate including a snubber attachment member to which the at least one snubber assembly is mounted and a mounting arm including a retainer plate opening spaced from the snubber attachment member , the retainer plate opening registering with the opening in the flexbeam ; and a mechanical fastener extending through the retainer plate opening and the opening in the flexbeam , the mechanical fastener joining the snubber retainer to the one of the first and second surfaces;
An composition for oral administration for therapeutic or diagnostic use comprising a variant of a wild-type OB-fold protein, said variant having between 5 and 32 mutated residues in the interface of binding of said wild-type OB-fold protein to its natural ligand.
A display for a handheld computing device, the display comprising: a substrate ; an array of pixels formed on the substrate , individual pixels including a corresponding pixel circuit , each pixel circuit including an active matrix organic light emitting diode, AMOLED, wherein individual pixels are separated from other pixels by a gap; and a fingerprint sensor formed on the substrate , the fingerprint sensor including a plurality of PIN diode circuits individual ones of which formed at least partially within respective individual gaps that separate individual pixels, wherein: the array of pixels includes a plurality of four-pixel cells, each individual four-pixel cell having an associated PIN diode circuit . a substrate ; an array of pixels formed on the substrate , individual pixels including a corresponding pixel circuit , each pixel circuit including an active matrix organic light emitting diode, AMOLED, wherein individual pixels are separated from other pixels by a gap; and a fingerprint sensor formed on the substrate , the fingerprint sensor including a plurality of PIN diode circuits individual ones of which formed at least partially within respective individual gaps that separate individual pixels, wherein: the array of pixels includes a plurality of four-pixel cells, each individual four-pixel cell having an associated PIN diode circuit .