mhurhangee/patent-ind-claim-en huggingface dataset:
Actuating force coupling , in particular for an electromechanical points drive in rail traffic, with a drivable coupling hub , which is able to rotate about an axial direction (Ax) of the actuating force coupling and in which a threaded spindle can be mounted, wherein the coupling hub is mechanically coupled to a rotatable coupling housing of the actuating force coupling via an overload coupling and the coupling housing is rotatably mounted on the coupling hub by means of two coaxial deep groove ball thrust bearings , characterised in that • the coupling hub is configured radially (Ra) inside an overload coupling , wherein the coupling hub is axially supported in a pressure piece in question of the overload coupling via a respective deep groove ball thrust bearing and wherein the two pressure pieces act on a plate stack (113, 133; ...) of the overload coupling in an axially (Ax) pretensioned manner, and • a respective deep groove ball thrust bearing is configured in the actuating force coupling in a manner pretensioned in the axial direction (Ax) by an axial bearing pretensioning facility . • the coupling hub is configured radially (Ra) inside an overload coupling , wherein the coupling hub is axially supported in a pressure piece in question of the overload coupling via a respective deep groove ball thrust bearing and wherein the two pressure pieces act on a plate stack (113, 133; ...) of the overload coupling in an axially (Ax) pretensioned manner, and • a respective deep groove ball thrust bearing is configured in the actuating force coupling in a manner pretensioned in the axial direction (Ax) by an axial bearing pretensioning facility .
An apparatus for a base station in a wireless communication system, the apparatus comprising: a first processor configured to process a signal for performing communication based on a first radio access technology, RAT; a second processor configured to process a signal for performing communication based on a second radio access technology, RAT; a radio frequency, RF, path shared by the first processor and the second processor; and a controller, wherein the first RAT and the second RAT are used for communication in at least partially identical frequency bands, wherein the first RAT uses an unlicensed band based on sensing, wherein the controller is configured to perform a control to connect the second processor to a transmission front end of the RF path when a period for transmitting a probe signal for the second RAT arrives, and wherein the controller is configured to perform a control to connect both the first processor and the second processor to a reception front end of the RF path in order to perform sensing for the first RAT while scanning a response to the probe signal; wherein the probe signal is a signal defined by a protocol of the second RAT, requesting a response. a first processor configured to process a signal for performing communication based on a first radio access technology, RAT; a second processor configured to process a signal for performing communication based on a second radio access technology, RAT; a radio frequency, RF, path shared by the first processor and the second processor; and a controller, wherein the first RAT and the second RAT are used for communication in at least partially identical frequency bands, wherein the first RAT uses an unlicensed band based on sensing, wherein the controller is configured to perform a control to connect the second processor to a transmission front end of the RF path when a period for transmitting a probe signal for the second RAT arrives, and wherein the controller is configured to perform a control to connect both the first processor and the second processor to a reception front end of the RF path in order to perform sensing for the first RAT while scanning a response to the probe signal;
Reinforcement layer for a pneumatic vehicle tyre, in particular a reinforcement layer of a carcass , the reinforcement layer having a reinforcement comprising at least one PES yarn of twisted-together filaments of a polyester (PES), the PES yarn having a maximum filament density of 2.0 filaments/tex, the filament density indicating the number of filaments with respect to the fineness of the PES yarn the reinforcement having just one yarn, the just one yarn being the PES yarn , characterized in that the PES yarn has a twist factor α of 35 to 75. the PES yarn having a maximum filament density of 2.0 filaments/tex, the filament density indicating the number of filaments with respect to the fineness of the PES yarn the reinforcement having just one yarn, the just one yarn being the PES yarn , characterized in that the PES yarn has a twist factor α of 35 to 75.
A device for determining an absorption capacity of a metal-based oxygen absorber , preferably in the form of a sachet, comprising: a detector for detecting an electromagnetic field while the metal-based oxygen absorber is placed therein or moved relative thereto, preferably in uniform manner; and an evaluation unit which is configured to determine the absorption capacity of the metal-based oxygen absorber on the basis of the measurement signal detected by the detector , characterized by: a position and/or orientation sensing device which is configured to detect a position and/or an orientation of the metal-based oxygen absorber relative to the electromagnetic field; wherein the evaluation unit is configured to correct the measurement signal on the basis of the detected position and/or orientation of the metal-based oxygen absorber . a detector for detecting an electromagnetic field while the metal-based oxygen absorber is placed therein or moved relative thereto, preferably in uniform manner; and an evaluation unit which is configured to determine the absorption capacity of the metal-based oxygen absorber on the basis of the measurement signal detected by the detector , characterized by: a position and/or orientation sensing device which is configured to detect a position and/or an orientation of the metal-based oxygen absorber relative to the electromagnetic field; wherein the evaluation unit is configured to correct the measurement signal on the basis of the detected position and/or orientation of the metal-based oxygen absorber . a position and/or orientation sensing device which is configured to detect a position and/or an orientation of the metal-based oxygen absorber relative to the electromagnetic field; wherein the evaluation unit is configured to correct the measurement signal on the basis of the detected position and/or orientation of the metal-based oxygen absorber .
A yaw backup system comprising: an energy storage medium for storing auxiliary power; a yaw controller for coordinating delivery of power from the energy storage medium to a yaw motor for controlling a yaw angle of a wind turbine during grid loss conditions by executing steps of: receiving wind direction signals over time from a sensor; characterized by : altering a tolerance level of a wind turbine based on changes in the wind direction signals over time; and controlling delivery of power to the yaw motor from the auxiliary power of the energy storage medium based on the tolerance level to control the yaw angle for reducing a load on the wind turbine induced by wind. an energy storage medium for storing auxiliary power; a yaw controller for coordinating delivery of power from the energy storage medium to a yaw motor for controlling a yaw angle of a wind turbine during grid loss conditions by executing steps of: receiving wind direction signals over time from a sensor; characterized by : altering a tolerance level of a wind turbine based on changes in the wind direction signals over time; and controlling delivery of power to the yaw motor from the auxiliary power of the energy storage medium based on the tolerance level to control the yaw angle for reducing a load on the wind turbine induced by wind. altering a tolerance level of a wind turbine based on changes in the wind direction signals over time; and controlling delivery of power to the yaw motor from the auxiliary power of the energy storage medium based on the tolerance level to control the yaw angle for reducing a load on the wind turbine induced by wind.
Device for generating at least one signature during the execution of a programme task on a calculation system, at least one value stream passing via a bus between a memory and a calculation unit of the system during the execution of the task, the device being characterised in that it comprises: hardware means which are separate from the calculation unit and which are configured to initialise and store a signature, the hardware means comprising at least address conversion means which are capable of converting logic addresses into physical addresses, a first signature generator which is configured to observe the values corresponding to instructions to be executed on the calculation unit, and at least a second signature generator which is configured to observe the values corresponding to data and addresses produced and/or read by the said task, each of the generators being adapted for calculating and storing a signature from the values of the stream of values which it has observed during the execution in order to update the signature stored from the value(s) observed from the stream of values and activation means which are configured to transmit an inhibition signal to at least one signature generator when the execution of the task is interrupted, the generator being configured not to authorise a modification of the stored signature after receiving said inhibition signal.
A microelectromechanical systems (MEMS) device, comprising: a substrate ; a movable mass suspended from said substrate , said movable mass having a first portion and a second portion , said second portion of said movable mass surrounding said first portion of said movable mass ; a spring system interconnecting said first portion of said movable mass with said second portion of said movable mass , said spring system enabling movement of said second portion of said movable mass in response to a first force imposed upon said movable mass in a first direction that is orthogonal to the sense direction , wherein said spring system inhibits movement of said first portion of said movable mass in said first direction in response to said first force ; and at least one motion limiting structure laterally displaced away from an outer perimeter of said second portion of said movable mass in said first direction , wherein when said second portion of said movable mass moves in said first direction in response to said first force , said second portion of said movable mass contacts said at least one motion limiting structure . a substrate ; a movable mass suspended from said substrate , said movable mass having a first portion and a second portion , said second portion of said movable mass surrounding said first portion of said movable mass ; a spring system interconnecting said first portion of said movable mass with said second portion of said movable mass , said spring system enabling movement of said second portion of said movable mass in response to a first force imposed upon said movable mass in a first direction that is orthogonal to the sense direction , wherein said spring system inhibits movement of said first portion of said movable mass in said first direction in response to said first force ; and at least one motion limiting structure laterally displaced away from an outer perimeter of said second portion of said movable mass in said first direction , wherein when said second portion of said movable mass moves in said first direction in response to said first force , said second portion of said movable mass contacts said at least one motion limiting structure .
A composite material formed by crosslinking a thermosetting organic matrix impregnated into a reinforcement composed of mineral fibers or ceramic fibers, the matrix being predominantly composed of a liquid resin to which refractory reinforcing fillers are added, characterized in that the fibrous reinforcement is composed of a yarn exhibiting, over its entire length, fibers forming protruding loops, the composite material is produced by winding the yarn onto a mandrel and by impregnating the wound yarn with organic matrix , so as to form a wound preform impregnated with organic matrix exhibiting the desired final geometry; the wound preform subsequently being crosslinked in an oven so as to form the final composite material ; the winding of the preform being carried out so that, in view of the composition of the organic matrix and of the nature and constitution of the yarn forming the fibrous reinforcement, the organic matrix and the fibrous reinforcement are present in the following proportions by volume: - between 65% and 75% of organic matrix, - between 25% and 35% of fibrous reinforcements. - between 65% and 75% of organic matrix, - between 25% and 35% of fibrous reinforcements.
Vehicle seat having a suspension unit for cushioning rolling and vertical movements of the vehicle seat , wherein the vehicle seat has a vehicle seat upper part and a vehicle seat lower part , wherein the vehicle seat upper part and the vehicle seat lower part are connected by means of the suspension unit so that the vehicle seat upper part and the vehicle seat lower part are movable relative to one another, wherein the suspension unit has a scissor arrangement having a first scissor arm and a second scissor arm , wherein the suspension unit is connected rotatably about a first axis of rotation to the vehicle seat lower part and comprises a spring element support and a first fluid spring element and a second fluid spring element , wherein the first fluid spring element and the second fluid spring element are each connected to the vehicle seat lower part and to the spring element support , wherein a force matching between the first fluid spring element and the second fluid spring element can be carried out by means of a pump unit , so that the vehicle seat upper part is substantially in a horizontal position. the suspension unit is connected rotatably about a first axis of rotation to the vehicle seat lower part and comprises a spring element support and a first fluid spring element and a second fluid spring element , wherein the first fluid spring element and the second fluid spring element are each connected to the vehicle seat lower part and to the spring element support , wherein a force matching between the first fluid spring element and the second fluid spring element can be carried out by means of a pump unit , so that the vehicle seat upper part is substantially in a horizontal position.
A beverage preservation keg assembly comprising, - a shell , - an inner container wrapped by the shell , wherein the inner container comprises an upper gas storage chamber for storing a gas and a lower beer storage chamber for storing a liquid; - a gas-liquid control device comprising a keg spear which comprises a pressure relief valve, the gas-liquid control device further comprising a tapping head having a sleeve with an adjustable throttle valve , and further comprising a beer discharge pipe ; wherein the keg spear matches and is connected to both the gas storage chamber and the beer storage chamber , and the top end of the keg spear matches and is connected to the tapping head ; the tapping head matches and is connected to the beer discharge pipe ; wherein the keg spear forms a gas passage from the gas storage chamber to the beer storage chamber ; the keg spear , the tapping head and the beer discharge pipe form a liquid passage from the beer storage chamber to the outside; and the tapping head with the beer throttle valve is configured for controlling and adjusting a liquid flow of beer being discharged. - a shell , - an inner container wrapped by the shell , wherein the inner container comprises an upper gas storage chamber for storing a gas and a lower beer storage chamber for storing a liquid; - a gas-liquid control device comprising a keg spear which comprises a pressure relief valve,
An emulsified vaccine formulation comprising: (i) antigens, (ii) a light mineral oil and (iii) a particulate adjuvant selected from the group consisting of biodegradable polymer particles, micro-particles or nano-particles, the antigens being derived from one or more inactivated strains of PED virus or PRRS virus and the light mineral oil being marcol, wherein the antigens have titers higher than DIE 50% 10 4 /ml, and wherein the particulate adjuvant is chitosan.
A paper tube characterized in that : it has two or more but no more than five paper layers; an outermost layer or innermost layer, or both, among the paper layers, has a density of 0.90 g/cm 3 or higher; and a modulus of elasticity as measured by the 3-point bending test is 2.0 GPa or higher. it has two or more but no more than five paper layers; an outermost layer or innermost layer, or both, among the paper layers, has a density of 0.90 g/cm 3 or higher; and a modulus of elasticity as measured by the 3-point bending test is 2.0 GPa or higher.
A pet leash , applied to a pet , the pet leash comprising: a front leash , comprising a front leash first end and a front leash second end , wherein the front leash second end is located at an opposite end of the front leash first end ; a rear leash , comprising a rear leash first end and a rear leash second end , wherein the rear leash second end is located at an opposite end of the rear leash first end ; a carabiner comprising a first closed loop connected to the front leash second end and comprising a second closed loop connected to the rear leash first end ; and a loop-shaped handle , connected to the rear leash second end ; wherein the loop-shaped handle can be held by a user or can be fastened by the carabiner to form a fastening ring . a front leash , comprising a front leash first end and a front leash second end , wherein the front leash second end is located at an opposite end of the front leash first end ; a rear leash , comprising a rear leash first end and a rear leash second end , wherein the rear leash second end is located at an opposite end of the rear leash first end ; a carabiner comprising a first closed loop connected to the front leash second end and comprising a second closed loop connected to the rear leash first end ; and a loop-shaped handle , connected to the rear leash second end ; wherein the loop-shaped handle can be held by a user or can be fastened by the carabiner to form a fastening ring .
A method for producing a rubber or elastomer medical device, which comprises a surface treatment layer on at least a part of its rubber or elastomer surface, wherein the surface treatment layer comprises a functional layer formed of a silane compound containing a polyoxyalkylene group, a metal salt-containing hydrophilic group, a halogen salt-containing hydrophilic group, or a fluorine-containing hydrophobic group, wherein the method comprises step 2 of functionalization using a silane compound containing a polyoxyalkylene group, a metal salt-containing hydrophilic group, a halogen salt-containing hydrophilic group, or a fluorine-containing hydrophobic group, and wherein the method comprises step 3 of maintaining a functionalized product obtained in step 2 at a humidity of 50% or more for 20 to 60 hours.
A layered structure for pumping fluid by electroosmotic transport, the layered structure comprising: a first layer ; and a second layer , wherein the second layer is an electroosmotic layer, and wherein the layered structure has a net fluid flow direction that extends through the first layer and the second layer , characterised in that : the first layer is made from an ion perm selective material having openings therein that permit the fluid to flow therethrough, and wherein the openings in the first layer that permit the fluid to flow therethrough create a porosity of less than 10%; the layered structure has a region that permits fluid to flow in a direction that is non-parallel to a net fluid flow direction , and in that the region is located between the first layer and the surface of the second layer that is furthest from the first layer. a first layer ; and a second layer , wherein the second layer is an electroosmotic layer, and wherein the layered structure has a net fluid flow direction that extends through the first layer and the second layer , characterised in that : the first layer is made from an ion perm selective material having openings therein that permit the fluid to flow therethrough, and wherein the openings in the first layer that permit the fluid to flow therethrough create a porosity of less than 10%; the layered structure has a region that permits fluid to flow in a direction that is non-parallel to a net fluid flow direction , and in that the region is located between the first layer and the surface of the second layer that is furthest from the first layer. the first layer is made from an ion perm selective material having openings therein that permit the fluid to flow therethrough, and wherein the openings in the first layer that permit the fluid to flow therethrough create a porosity of less than 10%; the layered structure has a region that permits fluid to flow in a direction that is non-parallel to a net fluid flow direction , and in that the region is located between the first layer and the surface of the second layer that is furthest from the first layer.
Cooking appliance , comprising at least one cooking chamber which has at least one cooking chamber wall , and comprising at least one microwave heating source for heating food, and comprising at least one support means for receiving food supports , the at least one support means having a fastening element , and the cooking chamber wall having at least one recess and at least one passage means , the passage means having at least one through-opening for receiving at least one fastening element of the support means , and at least one tubular guide portion being formed at the through-opening of the passage means , which portion has at least one safety portion for shielding from microwave radiation, and the safety portion being formed by the length of the guide portion of the passage means being greater than the portion of the fastening element which is received in the through-opening in the assembled state, characterised in that the cooking appliance has an insulating means which is arranged between the fastening element of the support means and the passage means and/or the tubular guide portion in the assembled state, with direct contact between these components being prevented, and no part of the fastening element being arranged within the safety portion in the assembled state of the fastening element in the passage means .