mhurhangee/patent-ind-claim-en huggingface dataset:
An isolation block for sealing a flute of a fluted metal deck and a movement joint between the metal deck and an adjacent wall configuration , preferably a drywall configuration, the isolation block comprising a flute sealing portion adapted to snugly fit into one of the flutes of the fluted metal deck , a joint sealing portion adapted to seal a movement joint , and a corrugation sealing portion adapted to seal a corrugation between adjacent fluted deck elements or in one of the fluted deck elements , wherein the flute sealing portion has a generally trapezoid cross section when seen in mounted state along a horizontal axis , wherein a top surface and two side surfaces of the flute sealing portion are adapted to be compressed against a corresponding wall section of one of the flutes respectively, and wherein a bottom surface of the flute sealing portion , being opposed to the top surface , is substantially parallel to the top surface , wherein the joint sealing portion has a substantially rectangular cross section preferably with rounded corners or having a conical shape, when seen in mounted state along the horizontal axis , and is attached to the bottom surface of the flute sealing portion , wherein the joint sealing portion is shorter than the flute sealing portion in a direction along the horizontal axis and protrudes over the flute sealing portion on at least one side, preferably on both sides, when seen in cross section, characterized in that the corrugation sealing portion has a generally triangular cross section when seen in mounted state along a horizontal axis , wherein the corrugation sealing portion is attached to the portion of the joint sealing portion protruding over the flute sealing portion , and wherein the corrugation sealing portion and the flute sealing portion are attached on the same side of the joint sealing portion .
A method to be performed by an aggregation unit , comprising: - receiving , from a first data endpoint (220 1 ) of a radio access network, a representation of a local model of the first data endpoint (220 1 ) of the radio access network, characterized in that the method further comprises; - determining multiple common models (210 1 -210 N ) for endpoints (220 1 -220 M ) of the radio access network; - selecting , based on the representation of the local model of the first data endpoint (220 1 ), one of said multiple common models (210 1 -210 N ) for the first data endpoint (220 1 ); and - transmitting the selected common model (210 1 ) to the first data endpoint (220 1 ), any other data endpoint (220 2 -220 M ) or any other external system which utilises the selected common model, wherein the local and common models are used for controlling transmission and reception over an air interface of the radio access network. - receiving , from a first data endpoint (220 1 ) of a radio access network, a representation of a local model of the first data endpoint (220 1 ) of the radio access network, characterized in that the method further comprises; - determining multiple common models (210 1 -210 N ) for endpoints (220 1 -220 M ) of the radio access network; - selecting , based on the representation of the local model of the first data endpoint (220 1 ), one of said multiple common models (210 1 -210 N ) for the first data endpoint (220 1 ); and - transmitting the selected common model (210 1 ) to the first data endpoint (220 1 ), any other data endpoint (220 2 -220 M ) or any other external system which utilises the selected common model, wherein the local and common models are used for controlling transmission and reception over an air interface of the radio access network.
A nonwoven fabric material comprising at least two nonwoven web layers, of which layers at least one is hydroentangled, where each individual nonwoven web layer has a basis weight of 20-100gsm and each individual nonwoven web layer has a composition of 50%-95% wood pulp and 5%-50% short cut man-made fibers and/or natural fiber having a length in the range 5mm to 15mm; and where the at least two nonwoven web layers have been joined together by means of a particle binder being a co-processed composite of microcrystalline cellulose and sodium carboxymethylcellulose.
An electric machine comprising a stator and a rotor separated by an air gap , and wherein the rotor rotates with respect to the stator about an axis of rotation (A); the rotor comprising rotor segments arranged about the axis of rotation (A) to a rotor cylinder ; each rotor segment comprising a gripper ; magnetic guides ; at least a first module and at least a second module of material with magnetic properties and permanently magnetizable; and fasteners ; wherein each group of modules is located between a respective pair of magnetic guides , and wherein each pair of magnetic guides is housed inside gripper , which is fixed to rotor cylinder by fasteners ; the first module and second module having different magnetic characteristics; wherein the first module is of a higher thermal class than the second module ; wherein the first module is adjacent to the air gap , and is radially closer to the air gap than the second module ; the electric machine comprising a further first module , and wherein the first module is adjacent to the air gap , and is radially closer to the air gap than the second module and the further first module ; wherein the second module is located between the first module and the further first module ; wherein the first module and further first module have the same magnetic characteristics.
Device for assisting a driver of a vehicle, in particular of a utility vehicle, having an operator control panel (3; 31) that has a plurality of operator control elements (7; 33), wherein the operator control elements (7; 33) can be activated by the driver, wherein each operator control element (7; 33) is assigned at least one vehicle function which can be operated by activating the operator control element (7; 33), wherein a lighting device is provided, by means of which the operator control panel (3; 31) can be illuminated at least in certain areas, characterized in that an actuating device which is connected by signalling technology to the lighting device is provided, by means of which actuating device the illumination of the operator control panel (3; 31) can be automatically set and/or adjusted as a function of the current traffic situation of the vehicle in such a manner that at least one operator control element (7; 33) of the operator control panel (3; 31) is optically highlighted and/or optically contrasted by the least one further operator control element (7; 33) of the operator control panel (3; 31), wherein each operator control element (7; 33) of the operator control panel (3; 31) is formed by a push button key, and in that the push button keys (7; 33) of the operator control panel can be activated by pressure and/or can be activated by touch.
A system comprising one or more modules at least partially implemented in hardware, the one or more modules configured to implement a single composition engine that is accessible via a plurality of application programming interfaces to a plurality of applications , the composition engine configured to receive data from each of the applications that describes not rendered elements and configured to render said elements for display on a display device, and to further implement an object database module , wherein the object database module communicates at least a portion of the data from the plurality of application programming interfaces to the single composition engine , and the object database module performs validation to determine whether the elements meet criteria for rendering by the single composition engine, and wherein the composition engine is further configured to receive from one of the plurality of applications to be rendered by the composition engine a declaration description of an animation that describes how the animation is to be rendered and the composition engine is further configured to render the animation for the one of the plurality of applications independent of the application and continue the rendering without further instruction from the application based on the declaration description.
A light emitting device comprising: a semiconductor structure comprising a III-P light emitting layer disposed between an n-type region and a p-type region , the n-type region comprising a superlattice; and an n-contact metal on and in contact with a surface of the superlattice opposite the III-P light emitting layer, the superlattice comprising a plurality of stacked layer pairs, characterised in that each layer pair comprises a first layer of Al x Ga 1-x InP where 0.2≦x≦50.5 and a second layer of Al y Ga 1-y InP where 0.3≦y≦0.65, the first layer having a smaller aluminum composition than the second layer. a semiconductor structure comprising a III-P light emitting layer disposed between an n-type region and a p-type region , the n-type region comprising a superlattice; and an n-contact metal on and in contact with a surface of the superlattice opposite the III-P light emitting layer, the superlattice comprising a plurality of stacked layer pairs, characterised in that each layer pair comprises a first layer of Al x Ga 1-x InP where 0.2≦x≦50.5 and a second layer of Al y Ga 1-y InP where 0.3≦y≦0.65, the first layer having a smaller aluminum composition than the second layer.
A method for count loss correction for a gamma system, the method comprising: determining a state of an event discriminator of the gamma system; indicating when the event discriminator would output an event responsive to a virtual pulse based on the state; and correcting for count loss in the gamma system based on the indication of when the event discriminator would output the event, wherein determining the state comprises determining current operation settings of the event discriminator , characterized in that, determining the current operation settings comprises determining : - a dump setting of said event discriminator; - a time difference between (i) the time since the last detected event occurred and (ii) the resolving time of the event discriminator; and - whether an instantaneous global energy signal amplitude including contribution from the virtual pulse is within a dynamic range of the event discriminator. determining a state of an event discriminator of the gamma system; indicating when the event discriminator would output an event responsive to a virtual pulse based on the state; and correcting for count loss in the gamma system based on the indication of when the event discriminator would output the event, wherein determining the state comprises determining current operation settings of the event discriminator , characterized in that, determining the current operation settings comprises determining : - a dump setting of said event discriminator; - a time difference between (i) the time since the last detected event occurred and (ii) the resolving time of the event discriminator; and - whether an instantaneous global energy signal amplitude including contribution from the virtual pulse is within a dynamic range of the event discriminator. - a dump setting of said event discriminator; - a time difference between (i) the time since the last detected event occurred and (ii) the resolving time of the event discriminator; and - whether an instantaneous global energy signal amplitude including contribution from the virtual pulse is within a dynamic range of the event discriminator.
A blister capsule (100; 200) for an aerosol-generating system, comprising: a blister shell (102; 202), wherein the depth of the blister shell (102; 202) is less than the diameter of the blister shell (102; 202); a tubular porous element (106; 208) disposed in the blister shell (102; 202); a volatile liquid sorbed on the tubular porous element (106; 208); and a film (104; 206) configured to seal the blister shell (102; 202), wherein, the film (104; 206) and the blister shell (102; 202) are frangible. a blister shell (102; 202), wherein the depth of the blister shell (102; 202) is less than the diameter of the blister shell (102; 202); a tubular porous element (106; 208) disposed in the blister shell (102; 202); a volatile liquid sorbed on the tubular porous element (106; 208); and a film (104; 206) configured to seal the blister shell (102; 202), wherein, the film (104; 206) and the blister shell (102; 202) are frangible.
A housing for a rodent station, the housing being adapted to hold a trap device in a plurality of different orientations, wherein the housing is adapted to hold two trap devices and comprises two catching zones , and wherein the housing further comprises exterior side walls and at least one interior wall , the exterior side walls and at least one interior wall at least partially defining the two catching zones , the housing being characterised by each catching zone being adapted to retain a trap device in a first orientation and a second orientation, wherein in the first orientation, the catching zones are adapted to retain two trap devices in an end-to-end arrangement and in the second orientation, the catching zones are adapted to retain two trap devices in a side-by-side arrangement. wherein the housing is adapted to hold two trap devices and comprises two catching zones , and wherein the housing further comprises exterior side walls and at least one interior wall , the exterior side walls and at least one interior wall at least partially defining the two catching zones , the housing being characterised by each catching zone being adapted to retain a trap device in a first orientation and a second orientation, wherein in the first orientation, the catching zones are adapted to retain two trap devices in an end-to-end arrangement and in the second orientation, the catching zones are adapted to retain two trap devices in a side-by-side arrangement.
Device for irradiating green tyres with electron beams, wherein the green tyres are fed to the device while mounted rotatably on pallets , comprising: - an irradiating chamber with an electron beam source , - an input lock and an output lock , which adjoin the irradiating chamber and in which a conveying device is respectively arranged, - a framework , arranged in the irradiating chamber and having a first pallet support at the input lock and a second pallet support at the output lock , wherein each pallet support can be aligned substantially at the same level in relation to the conveyor belts and also can be raised and lowered with respect to the framework , wherein pallets can be pushed into the output lock , onto the second pallet support , characterized in that - two rail-guided drive units , which are arranged on the framework underneath the pallet supports and can be coupled to a pallet each, by means of which the pallets can be moved between the first and second pallet supports and by means of which the green tyres mounted on the pallets can be set in rotational motion. - an irradiating chamber with an electron beam source , - an input lock and an output lock , which adjoin the irradiating chamber and in which a conveying device is respectively arranged, - a framework , arranged in the irradiating chamber and having a first pallet support at the input lock and a second pallet support at the output lock , wherein each pallet support can be aligned substantially at the same level in relation to the conveyor belts and also can be raised and lowered with respect to the framework , wherein pallets can be pushed into the output lock , onto the second pallet support , characterized in that - two rail-guided drive units , which are arranged on the framework underneath the pallet supports and can be coupled to a pallet each, by means of which the pallets can be moved between the first and second pallet supports and by means of which the green tyres mounted on the pallets can be set in rotational motion.
A gypsum panel comprising a gypsum core containing a termiticide with solubility in water of 1 or less mass% characterized in that the gypsum core has a first end region , a center region , and a second end region having an equal thickness and extending along a thickness direction from one surface side to another surface side , the termiticide is contained in each of the first end region , the center region , and the second end region , and a content of the termiticide in the center region is lower than a content of the termiticide in the first end region and in the second end region . the gypsum core has a first end region , a center region , and a second end region having an equal thickness and extending along a thickness direction from one surface side to another surface side , the termiticide is contained in each of the first end region , the center region , and the second end region , and a content of the termiticide in the center region is lower than a content of the termiticide in the first end region and in the second end region .
A port for use with an article of footwear adapted to engage a foot, the article of footwear having a sole structure , an upper portion connected to the sole structure , and a sensor system including a flexible insert connected to the sole structure , the insert having a plurality of sensors and a plurality of sensor leads extending from the sensors to the port , the port comprising: a housing adapted to be at least partially received within the sole structure of the article of footwear, the housing comprising a chamber adapted to removably receive an electronic module therein; and an interface engaged with the housing and having a plurality of electrical contacts such that the interface is adapted to form an electrical connection with the module such that the module engages electrical contacts when the module is received within the chamber ; and characterized by the interface further comprising a support structure engaged with the housing and supporting the electrical contacts to position the electrical contacts to be exposed to the chamber , and a strip of flexible material extending into the housing and having the sensor leads thereon, wherein the electrical contacts are connected to the sensor leads on the strip . a housing adapted to be at least partially received within the sole structure of the article of footwear, the housing comprising a chamber adapted to removably receive an electronic module therein; and an interface engaged with the housing and having a plurality of electrical contacts such that the interface is adapted to form an electrical connection with the module such that the module engages electrical contacts when the module is received within the chamber ; and characterized by the interface further comprising a support structure engaged with the housing and supporting the electrical contacts to position the electrical contacts to be exposed to the chamber , and a strip of flexible material extending into the housing and having the sensor leads thereon, wherein the electrical contacts are connected to the sensor leads on the strip .
Cooling structure for a cylinder head of an internal combustion engine with at least two exhaust valves and at least one intake valve - per cylinder, wherein at least one exhaust valve bridge is located between two adjacent exhaust valves and at least two intake-exhaust valve bridges are located each between an exhaust valve and an adjacent intake valve , with preferably at least one intake valve bridge being located between two adjacent intake valves , the cooling structure comprising a lower first cooling jacket adjacent to a fire deck and an upper second cooling jacket adjacent to an intermediate deck , the first and second cooling jackets being flow connected by at least one transfer opening of the intermediate deck , the first cooling jacket including at least one centre cooling chamber and an outer cooling chamber arrangement with at least one first outer cooling chamber , the outer cooling chamber and the centre cooling chamber being flow connected by at least one exhaust side first radial passage extending in a region of the exhaust valve bridge and by at least one second radial passage , preferably comprising an annular cooling channel surrounding a valve seat of the exhaust valve , wherein the first radial passage and the second radial passage are streamed hydraulically in parallel, wherein coolant may enter into the first cooling jacket through one or more coolant entrance opening(s) , characterised in that the first outer cooling chamber is arranged on an exhaust side of the cylinder head , and the outer cooling chamber arrangement of the first cooling jacket further comprises at least one second outer cooling chamber , which is arranged on an intake side of the cylinder head and separated from the first outer cooling chamber by at least one flow restricting passage , wherein the second outer cooling chamber is flow connected with the centre cooling chamber by at least one radial passage extending in a region of the intake valve bridge and/or in a region of the intake-exhaust valve bridge .
A welding torch , comprising: an inner tube of a helically wound wire to define a passage for a welding wire ; a conduit in which the inner tube is inserted, the conduit having a curved portion ; a torch body including a tip portion and a nozzle arranged close to a forward end of the conduit ; a torch holder supporting a base end portion of the torch body and having a gas supplying member that supplies a shield gas into a space between the inner tube and the conduit ; a feed unit provided upstream the torch holder to feed the welding wire forward to or backward from the inner tube ; and a sealing mechanism to prevent a reverse flow of the shield gas to the feed unit; wherein a gap is defined between the adjacent wires of the inner tube allowing the shield gas to flow therethrough, and wherein wear debris generated by abrasion of the welding wire sliding in the inner tube is ejected out from the nozzle through the gap, and characterized in that the gap defined between the adjacent wires of the inner tube in one region that corresponds to the curved portion of the conduit is narrower than that in the other regions. an inner tube of a helically wound wire to define a passage for a welding wire ; a conduit in which the inner tube is inserted, the conduit having a curved portion ; a torch body including a tip portion and a nozzle arranged close to a forward end of the conduit ; a torch holder supporting a base end portion of the torch body and having a gas supplying member that supplies a shield gas into a space between the inner tube and the conduit ; a feed unit provided upstream the torch holder to feed the welding wire forward to or backward from the inner tube ; and a sealing mechanism to prevent a reverse flow of the shield gas to the feed unit; wherein a gap is defined between the adjacent wires of the inner tube allowing the shield gas to flow therethrough, and wherein wear debris generated by abrasion of the welding wire sliding in the inner tube is ejected out from the nozzle through the gap, and characterized in that the gap defined between the adjacent wires of the inner tube in one region that corresponds to the curved portion of the conduit is narrower than that in the other regions.
An adhesive sheet comprising at least a substrate and an adhesive layer, a static friction coefficient of the substrate being 0.05 or more and 1.50 or less, and an absolute value of a ΔL* value of the substrate being 0.01 or more and 45.00 or less; wherein the substrate has a surface protective layer and a substrate layer, and the surface protective layer is provided at an outermost surface of the adhesive sheet; wherein the substrate layer contains at least a urethane-based polymer, which is an ester-based thermoplastic polyurethane or an ether-based thermoplastic polyurethane; wherein the surface protective layer comprises an acrylic-based resin, a fluorine-based resin or a urethane-based polymer as a main component(s); and wherein the static friction coefficient of the substrate and the absolute value of the ΔL* value of the substrate are determined as specified in the description.