mhurhangee/ep-ind-claims huggingface dataset:
A filament winding apparatus comprising: a winding unit (10,20) winding a fiber bundle around a mandrel; an loading/removing unit (31,32,33) loading the mandrel before a winding process to the winding unit, and removing the mandrel from the winding unit after the winding process; and a transfer mechanism (41,42,45) separating a terminating end of the fiber bundle from the fiber bundle wound around the mandrel after the winding process, and transferring the terminating end to the mandrel before the winding process; wherein the filament winding apparatus further includes, a cutter cutting the fiber bundle wound around a first transfer member integral with the mandrel after the winding process and a second transfer member to be switched to the mandrel before the winding process between the first and the second transfer members, and holding means for positioning and holding the second transfer member during the cutting by the cutter. a winding unit (10,20) winding a fiber bundle around a mandrel; an loading/removing unit (31,32,33) loading the mandrel before a winding process to the winding unit, and removing the mandrel from the winding unit after the winding process; and a transfer mechanism (41,42,45) separating a terminating end of the fiber bundle from the fiber bundle wound around the mandrel after the winding process, and transferring the terminating end to the mandrel before the winding process; wherein the filament winding apparatus further includes, a cutter cutting the fiber bundle wound around a first transfer member integral with the mandrel after the winding process and a second transfer member to be switched to the mandrel before the winding process between the first and the second transfer members, and holding means for positioning and holding the second transfer member during the cutting by the cutter.
An aircraft propeller blade comprising a streamlined structure constituted by at least one piece of fiber reinforcement obtained by three-dimensionally weaving yarns and densified by a matrix, together with a spar including an enlarged portion extending outside the fiber reinforcement and forming the root of the blade, and a shaping portion present in a housing arranged inside the fiber reinforcement, the fiber reinforcement including a non-interlinked zone forming said housing inside the fiber reinforcement, the non-interlinked zone opening out into the bottom portion and into the rear edge of the fiber reinforcement so as to form an opening for inserting the shaping portion of the spar into the housing of the fiber reinforcement, the blade being characterized in that the opening present in the rear edge of the fiber reinforcement extends over a height (H 231) that is less than the height (H 204) of the housing so as to leave in said rear edge a retaining portion that comes at least in part into contact with the shaping portion of the spar.
Method for creating a model of a technical system which is compatible with a simulation device, wherein the simulation device is a hardware-in-the-loop simulator, HIL simulator, which is set up for control unit development and to which a control unit to be tested can be connected, and wherein the compatible model can be executed on the simulation device, the method comprising the following steps: (a) providing a model of the technical system that is incompatible with the HIL simulator, wherein the incompatible model of the technical system comprises a precompiled model of the technical system and wherein the incompatible model of the technical system is an environment model for the control unit to be tested, wherein the environment model is a model of a technical system to be controlled; (b) providing a virtual execution environment, wherein the technical system model incompatible with the HIL simulator is executable in the virtual execution environment; and (c) encapsulating the technical system model incompatible with the HIL simulator and the virtual execution environment in a compatible container unit forming the compatible technical system model, wherein the incompatible model of the technical system is addressable on the HIL simulator via the compatible container unit and the virtual execution environment, wherein the compatible container unit is formed according to the Functional Mock-up Interface, FMI, standard. (a) providing a model of the technical system that is incompatible with the HIL simulator, wherein the incompatible model of the technical system comprises a precompiled model of the technical system and wherein the incompatible model of the technical system is an environment model for the control unit to be tested, wherein the environment model is a model of a technical system to be controlled; (b) providing a virtual execution environment, wherein the technical system model incompatible with the HIL simulator is executable in the virtual execution environment; and (c) encapsulating the technical system model incompatible with the HIL simulator and the virtual execution environment in a compatible container unit forming the compatible technical system model, wherein the incompatible model of the technical system is addressable on the HIL simulator via the compatible container unit and the virtual execution environment, wherein the compatible container unit is formed according to the Functional Mock-up Interface, FMI, standard.
An air cap arrangement for a spray gun, comprising an air cap, an air cap ring and a retaining ring (7, 7'), in which the air cap has a circumferential outer surface extending longitudinally, and the air cap ring has a circumferential inner surface extending longitudinally, the air cap ring comprises a groove extending on the circumferential inner surface of the air cap ring; the air cap also comprises a groove extending on the circumferential outer surface of the air cap, and, in an assembled configuration of the air cap arrangement, the retaining ring (7, 7') is arranged in the groove of the air cap ring and the groove of the air cap to limit the axial movement of the air cap within the air cap ring, characterized in that the air cap arrangement is configured such that, to remove the air cap from the air cap ring out of the assembled configuration, the air cap can be pressed out only by pressing the air cap toward the rear end of the air cap ring.
A composition comprising: (a) a bis-(2-hydroxypropyl)-dimethylammonium methylsulphate fatty acid ester having an average chain length of the fatty acid moieties of from 12 to 30 carbon atoms; (b) a cationic polysaccharide; and (c) a nonionic polysaccharide. (a) a bis-(2-hydroxypropyl)-dimethylammonium methylsulphate fatty acid ester having an average chain length of the fatty acid moieties of from 12 to 30 carbon atoms; (b) a cationic polysaccharide; and (c) a nonionic polysaccharide.
A polar code encoding method, characterized in comprising: mapping M reserved bits of a broadcast signaling to M low-reliability information bits in K information bits of a polar code respectively, and mapping remaining bits of the broadcast signaling to remaining information bits of the K information bits, to obtain K bits after mapping, wherein M<K, and both M and K are positive integers, wherein the reserved bits carry no useful information; and performing polar code encoding on the K bits after mapping, to obtain coded bits after encoding. mapping M reserved bits of a broadcast signaling to M low-reliability information bits in K information bits of a polar code respectively, and mapping remaining bits of the broadcast signaling to remaining information bits of the K information bits, to obtain K bits after mapping, wherein M<K, and both M and K are positive integers, wherein the reserved bits carry no useful information; and performing polar code encoding on the K bits after mapping, to obtain coded bits after encoding.
A direct liquid type of writing tool comprising: a pen tip; a columnar ink absorbent body connected to a rear end of the pen tip; an ink tank arranged on a rear side of the ink absorbent body; and a plurality of communicating tubes for connecting the ink absorbent body and the ink tank; wherein a front end of each of the communicating tubes is located in the ink absorbent body, and is configured to have a sloped surface, each of the communicating tubes has an opening in the sloped surface at the front end, each of the communicating tubes has a tip end region adjacent to the opening and extending more frontward than the opening, and the tip end region forms a pressing part configured to press inside of the ink absorbent body when each of the communicating tubes is inserted frontward from a rear end of the ink absorbent body, characterized in that each sloped surface faces toward an outer periphery side of the ink absorbent body and goes radially inward toward the front side, and the opening of the front end of each of the communicating tubes faces radially outward. a pen tip; a columnar ink absorbent body connected to a rear end of the pen tip; an ink tank arranged on a rear side of the ink absorbent body; and a plurality of communicating tubes for connecting the ink absorbent body and the ink tank; wherein a front end of each of the communicating tubes is located in the ink absorbent body, and is configured to have a sloped surface, each of the communicating tubes has an opening in the sloped surface at the front end, each of the communicating tubes has a tip end region adjacent to the opening and extending more frontward than the opening, and the tip end region forms a pressing part configured to press inside of the ink absorbent body when each of the communicating tubes is inserted frontward from a rear end of the ink absorbent body, characterized in that each sloped surface faces toward an outer periphery side of the ink absorbent body and goes radially inward toward the front side, and the opening of the front end of each of the communicating tubes faces radially outward.
Insulation panel, wherein the insulation panel comprises a thermal insulation layer and, on one side of the thermal insulation layer, a first barrier layer; wherein the thermal insulation layer comprises or consists of a foam layer comprising closed cells; wherein the foam layer is bonded to the first barrier layer; wherein the insulation panel, on the surface of the side which comprises the first barrier layer, has a layer which forms a relief - preferably a structured relief pattern - across this surface of the insulation panel; wherein this relief is formed by polymer material; wherein the polymer material which forms the relief is situated on the first barrier layer; and wherein the layer which forms the relief is formed by convex coating deposits of the polymer material on the first barrier layer; wherein the first barrier layer comprises or consists of an aluminium foil, wherein the aluminium foil preferably has a thickness of more than 5 micrometres. wherein the insulation panel comprises a thermal insulation layer and, on one side of the thermal insulation layer, a first barrier layer; wherein the thermal insulation layer comprises or consists of a foam layer comprising closed cells; wherein the foam layer is bonded to the first barrier layer; wherein the insulation panel, on the surface of the side which comprises the first barrier layer, has a layer which forms a relief - preferably a structured relief pattern - across this surface of the insulation panel; wherein this relief is formed by polymer material; wherein the polymer material which forms the relief is situated on the first barrier layer; and wherein the layer which forms the relief is formed by convex coating deposits of the polymer material on the first barrier layer; wherein the first barrier layer comprises or consists of an aluminium foil, wherein the aluminium foil preferably has a thickness of more than 5 micrometres.
An airbag module for mounting on a vehicle steering wheel comprising a gas generator and a vibration absorber ring for oscillatory fastening of a gas generator on a vehicle steering wheel, comprising a ring axis, a bearing portion for fastening the vibration absorber ring on a retaining element, an absorber portion for fastening the gas generator on the vibration absorber ring, wherein an elastic damping member is provided, which extends in the axial direction from the absorber portion to a free end and which, between the absorber portion and the free end, has a fastening element for the gas generator, wherein the bearing portion has a clamping area for an airbag and the vibration absorber ring is a two-component part comprising an elastic first component forming the damping member as well as a second component having lower elasticity than the first component, wherein the clamping area of the bearing portion is formed by the first component and/or buried, characterized in that the elastic damping member in the mounted condition of the airbag module extends from the absorber portion axially in the direction of a steering wheel hub of the vehicle steering wheel and in the area of the absorber portion radially outside of the damping member a wall portion is provided for minimizing gas leakage. a gas generator and a vibration absorber ring for oscillatory fastening of a gas generator on a vehicle steering wheel, comprising a ring axis, a bearing portion for fastening the vibration absorber ring on a retaining element, an absorber portion for fastening the gas generator on the vibration absorber ring, wherein an elastic damping member is provided, which extends in the axial direction from the absorber portion to a free end and which, between the absorber portion and the free end, has a fastening element for the gas generator, wherein the bearing portion has a clamping area for an airbag and the vibration absorber ring is a two-component part comprising an elastic first component forming the damping member as well as a second component having lower elasticity than the first component, wherein the clamping area of the bearing portion is formed by the first component and/or buried, characterized in that the elastic damping member in the mounted condition of the airbag module extends from the absorber portion axially in the direction of a steering wheel hub of the vehicle steering wheel and in the area of the absorber portion radially outside of the damping member a wall portion is provided for minimizing gas leakage.
A heat-shrinkable polyester film comprising ethylene terephthalate as a main component, containing not less than 0 mol% and not more than 5 mol% of a monomer component capable of serving as an amorphous component relative to the total of a polyester resin component, and having a main shrinkage direction in a lengthwise direction, wherein the heat-shrinkable polyester film satisfies the following requirements to: the heat-shrinkable polyester film has a hot-water heat shrinkage rate in the lengthwise direction of not less than 15% and not more than 60% when being treated in hot water at 90°C for 10 seconds; the heat-shrinkable polyester film has a hot-water heat shrinkage rate in a width direction orthogonal to the lengthwise direction of not less than -10% and not more than 10% when being treated in hot water at 90°C for 10 seconds; and the heat-shrinkable polyester film has an orientation distortion index that is a molecular orientation angle difference, the difference being a difference between a molecular orientation angle of an edge of one end in the width direction and a molecular orientation angle of an edge of the other end, per 1 m of the film of not more than 15°/m. the heat-shrinkable polyester film has a hot-water heat shrinkage rate in the lengthwise direction of not less than 15% and not more than 60% when being treated in hot water at 90°C for 10 seconds; the heat-shrinkable polyester film has a hot-water heat shrinkage rate in a width direction orthogonal to the lengthwise direction of not less than -10% and not more than 10% when being treated in hot water at 90°C for 10 seconds; and the heat-shrinkable polyester film has an orientation distortion index that is a molecular orientation angle difference, the difference being a difference between a molecular orientation angle of an edge of one end in the width direction and a molecular orientation angle of an edge of the other end, per 1 m of the film of not more than 15°/m.
Method to control power consumption in a windshield wiper unit, the windshield wiper unit comprising: - wiper blades configured to wipe the windshield surface when set in motion, - at least one motor configured to set the wiper blades in motion, - a controller, configured to control the at least one motor according to a plurality of wiping modes ( OFF, INT, HS, LS), the method comprising the steps: - estimating or measuring the current consumption of the at least one motor, - comparing the estimated or measured current consumption value to a predetermined threshold value ( I max, I' max), - lowering the wiping speed of the blades in case the estimated or measured current consumption is greater than said threshold value ( I max, I max), characterized in that the threshold value ( I max, I' max) depends on the depletion level of a vehicle battery delivering the current. - wiper blades configured to wipe the windshield surface when set in motion, - at least one motor configured to set the wiper blades in motion, - a controller, configured to control the at least one motor according to a plurality of wiping modes ( OFF, INT, HS, LS), - estimating or measuring the current consumption of the at least one motor, - comparing the estimated or measured current consumption value to a predetermined threshold value ( I max, I' max), - lowering the wiping speed of the blades in case the estimated or measured current consumption is greater than said threshold value ( I max, I max), characterized in that the threshold value ( I max, I' max) depends on the depletion level of a vehicle battery delivering the current.
A first medical device comprising: means for communicating with a second implantable medical device; means for identifying a first characteristic having a possible impact on communication success; means for selecting a first condition of the first characteristic on which to trigger an attempt at communication; means for determining that the first condition of the first characteristic is present and attempting communication with the second implantable medical device; means for assessing whether the attempted communication was successful; and means for associating the first condition and first characteristic with a reduced likelihood of communication success if the attempted communication was not successful; wherein the first characteristic is a cyclic biological phenomenon and the first condition is the occurrence of a recurring event in the cyclic biological phenomenon. means for communicating with a second implantable medical device; means for identifying a first characteristic having a possible impact on communication success; means for selecting a first condition of the first characteristic on which to trigger an attempt at communication; means for determining that the first condition of the first characteristic is present and attempting communication with the second implantable medical device; means for assessing whether the attempted communication was successful; and means for associating the first condition and first characteristic with a reduced likelihood of communication success if the attempted communication was not successful; wherein the first characteristic is a cyclic biological phenomenon and the first condition is the occurrence of a recurring event in the cyclic biological phenomenon.
A system comprising a User Equipment, UE, a multi-connectivity, MC, termination point, and a service provider, wherein the UE is connectable to the multi-connectivity, MC, termination point, through a first MC path (21, 31) and a second MC path (22, 32), wherein the first path (21, 31) comprises a first access network and the second path (22, 32) comprises a second access network, wherein: the UE is configured to send, to the service provider, a request for service information associated with the first access network, over the second MC path (22, 32) and the MC termination point; the MC termination point is configured to send, to the service provider, the request and access specific information on behalf of the UE, wherein the access specific information is authentication information that allows the MC termination point to access the service on behalf of the UE based authentication; the service provider is configured to send to the MC termination point, the service information associated with the first access network, wherein the first access network comprises a Radio Access Network, RAN, and a mobile core, and the second access network comprises a Wi-Fi access point, AP, and a fixed core, wherein when the MC termination point does not have the access specific information, the MC termination point is further configured to: request for access specific information to the UE or the fixed core; and receive the requested access specific information from the UE or the fixed core. the UE is configured to send, to the service provider, a request for service information associated with the first access network, over the second MC path (22, 32) and the MC termination point; the MC termination point is configured to send, to the service provider, the request and access specific information on behalf of the UE, wherein the access specific information is authentication information that allows the MC termination point to access the service on behalf of the UE based authentication; the service provider is configured to send to the MC termination point, the service information associated with the first access network, wherein the first access network comprises a Radio Access Network, RAN, and a mobile core, and the second access network comprises a Wi-Fi access point, AP, and a fixed core, wherein when the MC termination point does not have the access specific information, the MC termination point is further configured to: request for access specific information to the UE or the fixed core; and receive the requested access specific information from the UE or the fixed core. request for access specific information to the UE or the fixed core; and receive the requested access specific information from the UE or the fixed core.