mhurhangee/patent-ind-claim-en huggingface dataset:
A method for connecting terminals, comprising: sending , by a first terminal, a first message to a second terminal, wherein the first message comprises a first access layer configuration parameter, the first access layer configuration parameter being used by the second terminal to configure a parameter of an access layer to communicate with the first terminal; receiving, by the first terminal, a second message from the second terminal, wherein the second message comprises a second access layer configuration parameter; wherein the first terminal receives the second message when at least one of the following conditions is met: a bearer used by at least one of the first terminal or the second terminal is different from a bearer of an existing connection; or the bearer used by at least one of the first terminal or the second terminal is the same as the bearer used by the existing connection, but a configured destination terminal is different. sending , by a first terminal, a first message to a second terminal, wherein the first message comprises a first access layer configuration parameter, the first access layer configuration parameter being used by the second terminal to configure a parameter of an access layer to communicate with the first terminal; receiving, by the first terminal, a second message from the second terminal, wherein the second message comprises a second access layer configuration parameter; wherein the first terminal receives the second message when at least one of the following conditions is met: a bearer used by at least one of the first terminal or the second terminal is different from a bearer of an existing connection; or the bearer used by at least one of the first terminal or the second terminal is the same as the bearer used by the existing connection, but a configured destination terminal is different. a bearer used by at least one of the first terminal or the second terminal is different from a bearer of an existing connection; or the bearer used by at least one of the first terminal or the second terminal is the same as the bearer used by the existing connection, but a configured destination terminal is different.
A method of wireless communication at a user equipment, UE, comprising: receiving data from a first base station; performing a measurement of a downlink signal from a second base station based on a measurement configuration; and transmitting a scheduling request in response to a decrease in at least one of an amount of received downlink data or a number of received grants to transmit uplink data after the measurement is performed. receiving data from a first base station; performing a measurement of a downlink signal from a second base station based on a measurement configuration; and transmitting a scheduling request in response to a decrease in at least one of an amount of received downlink data or a number of received grants to transmit uplink data after the measurement is performed.
Method to transmit messages between a plurality of user equipment, the method comprising receiving , by a relay and from a transmitting user equipment, a message and a notification data field, determining , by the relay, a set of user equipment without direct communication capabilities with the transmitting user equipment, transmitting , by the relay, the message to the set of user equipment.
Hearing aid module designed to supply electrical energy to a hearing aid and having a rechargeable battery and a charging circuit for charging the rechargeable battery , wherein - the charging circuit is designed for contactless, in particular inductive, charging of the rechargeable battery and has a charging conductor loop , - the rechargeable battery or a base body of the hearing aid module extends along a central longitudinal axis and - the charging conductor loop is arranged such that it runs around the central longitudinal axis and around the rechargeable battery or the base body in a circumferential direction , characterized in that - the hearing aid module has a radio conductor loop so as to form a transceiver unit of the hearing aid for communication with a further device , the radio conductor loop is arranged such that it runs around the central longitudinal axis and around the rechargeable battery or the base body in the circumferential direction , and - the hearing aid module has a shielding body that isolates the charging conductor loop and the radio conductor loop . - the charging circuit is designed for contactless, in particular inductive, charging of the rechargeable battery and has a charging conductor loop , - the rechargeable battery or a base body of the hearing aid module extends along a central longitudinal axis and - the charging conductor loop is arranged such that it runs around the central longitudinal axis and around the rechargeable battery or the base body in a circumferential direction , characterized in that - the hearing aid module has a radio conductor loop so as to form a transceiver unit of the hearing aid for communication with a further device , the radio conductor loop is arranged such that it runs around the central longitudinal axis and around the rechargeable battery or the base body in the circumferential direction , and - the hearing aid module has a shielding body that isolates the charging conductor loop and the radio conductor loop .
A method of preparing a polymeric material, comprising the steps of: combining an alcohol-pharmaceutical conjugate, a polyol, and an aqueous liquid in a vessel, the alcohol-pharmaceutical conjugate comprising a pharmaceutical compound having at least one carboxyl group attached to the polyol by an ester bond; adding an acid monomer to the vessel; and heating and removing water from the vessel to produce the polymeric material; wherein the pharmaceutical compound is salicylic acid wherein the acid monomer comprises a diacid, wherein the diacid comprises a compound of the formula [HOOC(CH 2 ) n COOH], wherein n = 1 - 30, wherein the polymeric material comprises a polyester copolymer of the acid monomer and the polyol and the pharmaceutical compound. combining an alcohol-pharmaceutical conjugate, a polyol, and an aqueous liquid in a vessel, the alcohol-pharmaceutical conjugate comprising a pharmaceutical compound having at least one carboxyl group attached to the polyol by an ester bond; adding an acid monomer to the vessel; and heating and removing water from the vessel to produce the polymeric material; wherein the pharmaceutical compound is salicylic acid wherein the acid monomer comprises a diacid, wherein the diacid comprises a compound of the formula [HOOC(CH 2 ) n COOH], wherein n = 1 - 30, wherein the polymeric material comprises a polyester copolymer of the acid monomer and the polyol and the pharmaceutical compound.
A pair of pliers with two pliers legs that are arranged in a crossing manner, wherein a fixed joint with a joint pin is formed, wherein the joint pin has a first conical portion , which is in any case assigned to an outer side of a pliers leg and widens toward the outer side , and wherein the pliers leg is furthermore assigned a second conical portion , which bears on the first conical portion and transforms into a first mouth portion leading into the outer side of the pliers leg , characterized in that the joint pin has a second mouth portion that overlaps the first mouth portion starting from the outer side of the pliers leg and perpendicular to a joint axis (x), characterized in that the first and the second mouth portion bound a toroidal clearance between one another in a radially encircling manner, and wherein the radial dimension (a) of said clearance corresponds to 0.05-times to 0.15-times the radial dimension (b) of the joint pin in the region of the second mouth portion , which is measured starting from the joint axis (x).
A process of starting up a reaction system, the process comprising the steps of: a) heating a reactor and regenerator portion of the reaction system; b) loading a catalyst, the catalyst comprising activated metalloaluminophosphate molecular sieve, into the heated reactor or regenerator of the reaction system; c) heating the catalyst loaded into the reaction system; d) circulating the heated catalyst between the reactor and regenerator to further heat the reaction system; and e) contacting the heated catalyst with feed in the reactor, wherein the activated catalyst is loaded and maintained in the reaction system at conditions effective to maintain a catalytic activity index (CAI) at a predetermined level where the catalyst is catalytically active to convert feed to desired end product, wherein the catalyst loaded into the reaction system is maintained at a predetermined catalytic activity index of at least 0.7 while the sieve is in the reaction system, with the CAI being calculated according to the following equation: CAI = exp f T ∗ f PP water n ∗ alpha ∗ t wherein t = time of contact of catalyst with water (hours) T = temperature at contact (°C) PP water = Partial Pressure of water in contact gas (psia) alpha = -0.071 n = 3.5 f T = exp ea 1 / T + 273 − 1 / T O + 273 ea = -5500°K T o = 200°C f PP water = 26.2 ∗ PP water / P sat + 1.14 ∗ 0.175 , for T ≥ 180 ° C 453 ° K f PP water = 26.2 + 0.272 ∗ 180 − T ∗ PP water / P sat + 1.14 ∗ 0.175 , for 180°C (453°K) > T ≥ 150°C (433°K) P sat = Saturation pressure of water at T (psia). a) heating a reactor and regenerator portion of the reaction system; b) loading a catalyst, the catalyst comprising activated metalloaluminophosphate molecular sieve, into the heated reactor or regenerator of the reaction system; c) heating the catalyst loaded into the reaction system; d) circulating the heated catalyst between the reactor and regenerator to further heat the reaction system; and e) contacting the heated catalyst with feed in the reactor, t = time of contact of catalyst with water (hours) T = temperature at contact (°C) PP water = Partial Pressure of water in contact gas (psia) alpha = -0.071 n = 3.5 ea = -5500°K T o = 200°C
A fuel supply circuit for an aeronautical cryogenic turbomachine including: at least one cryogenic reservoir containing a liquid fuel topped with a boil-off gas and including a high-pressure liquid pump connected to an outlet of said cryogenic reservoir and intended to supply at least one main propulsion device of the turbomachine with liquid fuel, an auxiliary turbomachine including an electric generator and producing heat via its exhaust gases, a gas compressor mounted between the cryogenic reservoir and the auxiliary turbomachine to supply the auxiliary turbomachine with gaseous fuel, and a buffer gas reservoir connecting an outlet of the gas compressor to an inlet of the cryogenic reservoir to reinject gas into the cryogenic reservoir in order to maintain the pressure in the cryogenic reservoir above a predefined value, said electric generator supplying electrical energy to said high-pressure liquid pump and said gas compressor.
A topical composition comprising a cross-linked sulfated glycosaminoglycan and a cosmetically acceptable topical carrier, wherein the sulfated glycosaminoglycan is cross-linked with ions selected from the group consisting of calcium ions, strontium ions, and magnesium ions, and wherein the composition further comprises a buffering agent selected from the group consisting of lactic acid, glycolic acid, citric acid, tartaric acid, gluconic acid, and gluconolactone.
A method for setting a relative angle of rotation (RV) between a first and a second threaded rod section (1', 1") at a first joint by means of a measuring device , which measuring device exhibits an internal thread corresponding to a first and a second external thread (35', 35") of the first and second threaded rod sections (1', 1"), wherein the measuring device in use is moved in axial direction (X) over the first joint in a rotary motion, the method comprising the steps of: - mount the measuring device on the first threaded rod section ; - mount the second threaded rod section (1") to the first threaded rod section ; - move the measuring device toward the first joint (28 ') until the internal thread of the measuring device abuts the second external thread (35") of the second threaded rod section (1"); - rotate the second threaded rod section (1") to a position when a first thread entrance of said first external thread of the first threaded rod section matches a second thread entrance (30") of said second external thread (35") of the second threaded rod section (1"), in which position the measuring device can be moved over the first joint ; - lock the first joint ; - move the measuring device toward a second joint (28") between the second threaded rod section (1") and a third threaded rod section . - mount the measuring device on the first threaded rod section ; - mount the second threaded rod section (1") to the first threaded rod section ; - move the measuring device toward the first joint (28 ') until the internal thread of the measuring device abuts the second external thread (35") of the second threaded rod section (1"); - rotate the second threaded rod section (1") to a position when a first thread entrance of said first external thread of the first threaded rod section matches a second thread entrance (30") of said second external thread (35") of the second threaded rod section (1"), in which position the measuring device can be moved over the first joint ; - lock the first joint ; - move the measuring device toward a second joint (28") between the second threaded rod section (1") and a third threaded rod section .
System for storing, transporting and/or handling section segments of a tower of a wind turbine, comprising two frames and at least two cross-members , which can be connected to at least one section segment , wherein each cross-member has at least two pegs , wherein the pegs are formed in such a way that they fit in receptacles on the frames , characterized in that each frame comprises two spaced columns , which are detachably connected to each other by means of at least one transverse beam and/or at least one strut, in such a way that the spacing of the columns is adjustable, and that at least one receptacle on each column is mounted such that it can be pivoted about a vertical axis.
A variable damping shock absorber , comprising a sleeve and a piston rod , one end of the sleeve being opened and the other end being closed, one end of the piston rod being inserted into through the opening of the sleeve and being slideably provided in an axial direction inside the sleeve , whereby one friction plate or at least two friction plates is/are arranged in the axial direction between an inner wall of the sleeve and an outer wall of the piston rod, characterised in that said friction plates are fixed in the axial direction on the inner wall of the sleeve, and a sliding friction force between the friction plates and the outer wall of the piston rod is configured to be reduced from said closed end to said open end of the sleeve .
A razor comprising an assembly having one or more movable portions; a loop shaped spring member disposed in said assembly to eject a cartridge from a razor handle , characterized in that said one or more movable portions capable of a travel distance of about 2.5 mm or greater, and the loop shaped spring member includes free distal ends . an assembly having one or more movable portions; a loop shaped spring member disposed in said assembly to eject a cartridge from a razor handle , characterized in that said one or more movable portions capable of a travel distance of about 2.5 mm or greater, and the loop shaped spring member includes free distal ends .
Electric bicycle battery holder assembly for two-stage unlocking of a traction accumulator from an electric bicycle frame portion , comprising a locking bracket at one longitudinal end (LV) of the traction accumulator and a counter bracket at the other longitudinal end (LG) of the traction accumulator , wherein the locking bracket consists of a frame holding module at the frame part side and of a battery holding module at the traction battery side, which cooperates with the frame holding module in a locking manner in one locking position and in a loss preventing manner in a disengaged and different loss preventing position, wherein the frame holding module comprises a locking latch movable between a locking position and an unlocking position and the battery holding module comprises a locking step and a separate loss-prevention latch movable between a loss-prevention position and an unsecured position, wherein the locking latch lockingly engages the locking step , characterised in that the locking latch engages the loss-prevention latch in a loss-preventing and non-locking manner. a locking bracket at one longitudinal end (LV) of the traction accumulator and a counter bracket at the other longitudinal end (LG) of the traction accumulator , wherein the locking bracket consists of a frame holding module at the frame part side and of a battery holding module at the traction battery side, which cooperates with the frame holding module in a locking manner in one locking position and in a loss preventing manner in a disengaged and different loss preventing position, wherein the frame holding module comprises a locking latch movable between a locking position and an unlocking position and the battery holding module comprises a locking step and a separate loss-prevention latch movable between a loss-prevention position and an unsecured position, wherein the locking latch lockingly engages the locking step , characterised in that the locking latch engages the loss-prevention latch in a loss-preventing and non-locking manner.
Acoustic horn for an acoustic enclosure having a plurality of loudspeakers (2; 2'; 2"), this acoustic horn comprises a rear face , a front face and a through opening which extends between the rear face and the front face and has lateral walls (7; 7') which, on either side of this through opening , extend from the rear face and in the direction of the front face in a diverging manner, characterized in that said through opening comprises a plurality of lobes (8; 8'; 8") which are configured to each be associated with one of the loudspeakers (2; 2'; 2") of the acoustic enclosure .
A powertrain, wherein the powertrain comprises an inverter , a motor , an electronic pump , a first cooling loop, and a controller , wherein coolant in the first cooling loop is configured to cool the inverter; the electronic pump is configured to drive the coolant to circulate in the first cooling loop; the inverter is configured to output an alternating current to the motor; and when a phase current of the motor is greater than or equal to a preset current value, the controller is configured to determine a rotation speed of the electronic pump at a first moment as a first rotation speed, and determine a coolant flow rate at the first moment based on a temperature at a first position in the first cooling loop, a temperature at a second position in the inverter , and a power loss of the inverter; and when the phase current of the motor is less than the preset current value, the controller is configured to determine a rotation speed of the electronic pump at a second moment as a second rotation speed, and determine a coolant flow rate at the second moment based on the first rotation speed, the coolant flow rate at the first moment, and the second rotation speed. coolant in the first cooling loop is configured to cool the inverter; the electronic pump is configured to drive the coolant to circulate in the first cooling loop; the inverter is configured to output an alternating current to the motor; and when a phase current of the motor is greater than or equal to a preset current value, the controller is configured to determine a rotation speed of the electronic pump at a first moment as a first rotation speed, and determine a coolant flow rate at the first moment based on a temperature at a first position in the first cooling loop, a temperature at a second position in the inverter , and a power loss of the inverter; and when the phase current of the motor is less than the preset current value, the controller is configured to determine a rotation speed of the electronic pump at a second moment as a second rotation speed, and determine a coolant flow rate at the second moment based on the first rotation speed, the coolant flow rate at the first moment, and the second rotation speed.
A process for producing insulating products based on mineral fibers, in particular on mineral wool, comprising - providing a first binder composition containing (a) from 50% to 85% by weight of water, preferably from 70 to 82% of water (b) from 10% to 45% by weight, preferably 15 to 35% by weight of a saccharide component containing sucrose, (c) from 3% to 15% by weight, preferably from 5 to 12% by weight of one or more ammonium salts or primary amine salts of an acid, - preparing a second binder composition comprising the dilution of the first aqueous binder composition with water to a solids content of between 3 and 7% by weight, preferably between 4 and 6% by weight, - applying the second binder composition to mineral fibers, - forming an assembly of mineral fibers coated with the second binder composition, and - heating the assembly of coated mineral fibers so as to form an assembly of mineral fibers bound by an insoluble binder, said process being characterized in that the first aqueous binder composition has a pH of less than 5.5, in that the ammonium salt or primary amine salt is a salt of strong acid or a salt of an acid having a pKa of less than or equal to 2.2, and in that the first and second binder compositions are devoid of salts of weak acids having at least a pKa of between 2.5 and 6.9. - providing a first binder composition containing (a) from 50% to 85% by weight of water, preferably from 70 to 82% of water (b) from 10% to 45% by weight, preferably 15 to 35% by weight of a saccharide component containing sucrose, (c) from 3% to 15% by weight, preferably from 5 to 12% by weight of one or more ammonium salts or primary amine salts of an acid, (a) from 50% to 85% by weight of water, preferably from 70 to 82% of water (b) from 10% to 45% by weight, preferably 15 to 35% by weight of a saccharide component containing sucrose, (c) from 3% to 15% by weight, preferably from 5 to 12% by weight of one or more ammonium salts or primary amine salts of an acid, - preparing a second binder composition comprising the dilution of the first aqueous binder composition with water to a solids content of between 3 and 7% by weight, preferably between 4 and 6% by weight, - applying the second binder composition to mineral fibers, - forming an assembly of mineral fibers coated with the second binder composition, and - heating the assembly of coated mineral fibers so as to form an assembly of mineral fibers bound by an insoluble binder,
A motor stator comprising a stator body and a plurality of stator teeth projecting radially inwardly from the stator body , wherein at least two adjacent teeth are formed separately from each other and from the stator body and are mountable to the stator body wherein one of the teeth is a retaining tooth which retains the adjacent tooth in position, mounted to the stator body , when the retaining tooth is mounted to the stator body , wherein the retaining tooth is held in the mounted position by means of a locking pin inserted in an axial direction into the stator body , characterised in that the locking pin engages with a hook extending radially outward from a base portion of the retaining tooth .