mhurhangee/patent-ind-claim-en huggingface dataset:
Hinged component with one degree of freedom, comprising at least two concentric rings (10, 20; 10, 20, 30), rotatable with respect to one other about a central axis (X1), defining a friction interface (40; 40, 50) therebetween, and including: - an outer ring , and - an inner ring having an inner friction surface provided to receive a movable element guided by the component to rotate, oscillate and/or translate, the friction interface (40; 40, 50) between the rings (10, 20; 10, 20, 30) receiving a lubricant (L), and the component comprising sealing means provided to prevent leaks of lubricant (L) out of the friction interface , characterised in that the articulated component comprises three concentric rings , with a single friction interface defined between the three rings , and in that an intermediate ring is made of composite material. - an outer ring , and - an inner ring having an inner friction surface provided to receive a movable element guided by the component to rotate, oscillate and/or translate, the friction interface (40; 40, 50) between the rings (10, 20; 10, 20, 30) receiving a lubricant (L), and the component comprising sealing means provided to prevent leaks of lubricant (L) out of the friction interface , characterised in that the articulated component comprises three concentric rings , with a single friction interface defined between the three rings , and in that an intermediate ring is made of composite material.
Method for filling and expanding of containers comprising the following steps: - Providing an expandable container and particularly an expandable plastic preform; - Filling of the container with a liquid product, wherein the container at least at times during this filling is being expanded and wherein the filling is performed by means of a filling device which is placed against the mouth of the container to be filled and expanded, characterized in that at least at times a measured value is measured which is characteristic for a gas proportion being located in the filling device , wherein via a travel length dX of a piston, which is movable relative to a receiving volume, in which the product to be filled is located a volume difference dV emerges and from the formula V 1 = K 2 − K ges K 2 − K 1 ⋅ V ges the volume V 1 can be deduced, wherein V 1 is an air volume and V ges the total volume, K 1 the compressibility of air and K 2 the compressibility of the liquid product, which are known and K ges the total compressibility, which is determined by change in volume and difference in pressure and wherein further a pressure measuring device is provided, which measures the total pressure P ges in various positions of the piston and hereof a pressure measuring curve is deduced. - Providing an expandable container and particularly an expandable plastic preform; - Filling of the container with a liquid product, wherein the container at least at times during this filling is being expanded and wherein the filling is performed by means of a filling device which is placed against the mouth of the container to be filled and expanded,
Fluidizing apparatus for the treatment of particulate material (M), having a fluidization unit which has a longitudinal axis (X-X) and which has a perforated distributor plate which divides the fluidization unit into a distributor chamber and a fluidization chamber arranged above said distributor chamber , wherein the fluidization chamber comprises a material inlet for the material (M) to be treated and the distributor chamber comprises a material discharge which has a material outlet for the treated material (M') with a material outlet surface , a lower and an upper edge , and a shut-off device closes the material discharge , and wherein the distributor chamber comprises a fluid inlet and the fluidization chamber comprises a fluid outlet for a process gas (PG) flowing from the fluid inlet through the perforated distributor plate to the fluid outlet and fluidizing the material (M) in the fluidization chamber , characterized in that the distributor chamber comprises a web arranged in the region of the material outlet surface and extending at least partially in the circumferential direction and the distributor plate is arranged movably relative to the fluidization unit , wherein the distributor plate can be moved into an emptying position through a movement of the distributor plate relative to the fluidization unit , wherein the distributor plate is arranged on the web in the emptying state, in such a manner that a fluid connection is created between the material outlet arranged in the distributor chamber and past the fluidization chamber on the distributor plate , in order to discharge treated material (M') from the fluidization unit , and wherein in the emptying state the shut-off device opens up the material discharge in the emptying position of the distributor plate in the emptying state.
A pharmaceutical composition comprising at least one methyl-cyclodextrin having a degree of molar substitution between 0.4 and 0.9, for use in the treatment and/or prevention of diseases suitable for being treated and/or prevented with an increase in the HDL cholesterol level.
A sense die comprising: a chip comprising a sense diaphragm ; one or more sense elements supported by the diaphragm ; one or more bond pads supported by a first side of the chip, each of the one or more bond pads electrically coupled to at least one of the one or more sense elements ; a structural frame disposed on the first side of the chip, wherein the structural frame is disposed at least partially about the diaphragm ; and one or more electrical contacts extending through the structural frame , wherein the one or more electrical contacts are electrically coupled to the one or more bond pads . a chip comprising a sense diaphragm ; one or more sense elements supported by the diaphragm ; one or more bond pads supported by a first side of the chip, each of the one or more bond pads electrically coupled to at least one of the one or more sense elements ; a structural frame disposed on the first side of the chip, wherein the structural frame is disposed at least partially about the diaphragm ; and one or more electrical contacts extending through the structural frame , wherein the one or more electrical contacts are electrically coupled to the one or more bond pads .
A skateboard , comprising: a skateboard deck ; a baseplate configured for mounting to a bottom surface of the skateboard deck ; a hanger configured to hold an axle ; a monocoque hex nut comprising a hex portion and, adjacent to the hex portion , a shaft portion with an outer radial surface, the monocoque hex nut being mounted inside the baseplate ; and a kingpin bolt having a threaded portion affixed to the monocoque hex nut to secure the baseplate and hanger together relative to the bottom surface of the skateboard deck ; wherein the baseplate comprises first and second opposing primary surfaces , the first primary surface configured to be positioned coincident with the bottom surface of the skateboard deck ; the first primary surface of the baseplate comprises a recessed cavity to fit the monocoque hex nut ; the baseplate comprises a through hole that is bored through the recess cavity and out to the second primary surface ; and the baseplate through hole has the same inside dimension as the outer radial surface of the shaft portion of the monocoque hex nut . a skateboard deck ; a baseplate configured for mounting to a bottom surface of the skateboard deck ; a hanger configured to hold an axle ; a monocoque hex nut comprising a hex portion and, adjacent to the hex portion , a shaft portion with an outer radial surface, the monocoque hex nut being mounted inside the baseplate ; and a kingpin bolt having a threaded portion affixed to the monocoque hex nut to secure the baseplate and hanger together relative to the bottom surface of the skateboard deck ; wherein the baseplate comprises first and second opposing primary surfaces , the first primary surface configured to be positioned coincident with the bottom surface of the skateboard deck ; the first primary surface of the baseplate comprises a recessed cavity to fit the monocoque hex nut ; the baseplate comprises a through hole that is bored through the recess cavity and out to the second primary surface ; and the baseplate through hole has the same inside dimension as the outer radial surface of the shaft portion of the monocoque hex nut .
An epoxy resin composition comprising an epoxy resin, a curing agent, and a curing accelerator, wherein the curing accelerator is a reaction product between a carbodiimide compound and an imidazole compound, and is contained in an amount of 0.1 to 5 parts by mass with respect to 100 parts by mass of the epoxy resin.
A system for transporting a neonate to an imaging device , the system comprising: a capsule incubator for housing the neonate; a dock incubator removably positioning the capsule incubator therein; a cart for detachably attaching the capsule incubator to transport the capsule incubator ; and an imaging device comprising a bore, the bore to receive the capsule incubator when attached to the cart such that when the capsule incubator is inserted into the bore the bore is closed, characterised in that the dock incubator further comprises: a first door to receive the capsule incubator and allow access to a first end of the neonate; a second door to allow access to a second end of the neonate; and a first mating element to mate with a second mating element of the capsule incubator , to position the capsule incubator within the dock incubator . a capsule incubator for housing the neonate; a dock incubator removably positioning the capsule incubator therein; a cart for detachably attaching the capsule incubator to transport the capsule incubator ; and an imaging device comprising a bore, the bore to receive the capsule incubator when attached to the cart such that when the capsule incubator is inserted into the bore the bore is closed, a first door to receive the capsule incubator and allow access to a first end of the neonate; a second door to allow access to a second end of the neonate; and a first mating element to mate with a second mating element of the capsule incubator , to position the capsule incubator within the dock incubator .
Vacuum cleaner with a suction fan for generating a suction air flow, a suction opening arranged in a base area of the vacuum cleaner, which has a flow connection to the suction fan , wherein protrusions , which protrude from the base area, are provided on a suction opening rim , wherein the interior and/or exterior area is curved about a first axis running in parallel with the movement direction of the suction opening during the intended operation of the vacuum cleaner, wherein the first axis is arranged on the side of the protrusion facing towards the appliance interior, wherein the vacuum cleaner has a floor cleaning roller arranged in the suction opening and the shape of the edge of the protrusion facing towards the floor cleaning roller is formed by a geometric cut in the curved interior or exterior area with a notional enveloping surface of the floor cleaning roller , characterised in that the suction opening rim is curved in a concave manner in the region between two protrusions .
An electric riding machine , comprising: a seat ; a main frame configured to support the seat; and a walking assembly configured to at least drive the electric riding machine to travel on the ground; an electric motor to drive the walking assembly; and a power supply device comprising one or more battery packs to power the electric motor; characterized in that the power supply device is mounted to the main frame, and at least one of the one or more battery packs of the power supply device is configured to be capable of being removed from the main frame to power another power tool . a seat ; a main frame configured to support the seat; and a walking assembly configured to at least drive the electric riding machine to travel on the ground; an electric motor to drive the walking assembly; and a power supply device comprising one or more battery packs to power the electric motor; characterized in that the power supply device is mounted to the main frame, and at least one of the one or more battery packs of the power supply device is configured to be capable of being removed from the main frame to power another power tool .
A method for producing hydrogen from ammonia, comprising: pressurizing liquid ammonia to produce a pressurized liquid ammonia; heating (and optionally vaporizing) the pressurized liquid ammonia by heat exchange with one or more hot fluids to produce heated ammonia; combusting a fuel in a furnace to heat catalyst-containing reactor tubes and to form a flue gas comprising oxides of nitrogen (NO x ); contacting the flue gas with a selective reduction catalyst in the presence of ammonia in a selective catalytic reduction (SCR) reactor to convert NO x to nitrogen gas and water; supplying the heated ammonia to the catalyst-containing reactor tubes to cause cracking of the ammonia into a cracked gas containing hydrogen gas, nitrogen gas and residual ammonia: purifying the cracked gas in a first PSA device to produce a first hydrogen product gas and a first PSA tail gas comprising ammonia; compressing at least a portion of the first PSA tail gas to produce compressed PSA tail gas; cooling the compressed PSA tail gas to produce cooled ammonia-depleted tail gas and an aqueous ammonia solution; and separating the cooled ammonia-depleted tail gas from the aqueous ammonia solution; wherein at least a portion of the separated aqueous ammonia solution is fed to the SCR reactor to provide the ammonia for the SCR reaction; and wherein the one or more hot fluids comprise the flue gas and/or the cracked gas. pressurizing liquid ammonia to produce a pressurized liquid ammonia; heating (and optionally vaporizing) the pressurized liquid ammonia by heat exchange with one or more hot fluids to produce heated ammonia; combusting a fuel in a furnace to heat catalyst-containing reactor tubes and to form a flue gas comprising oxides of nitrogen (NO x ); contacting the flue gas with a selective reduction catalyst in the presence of ammonia in a selective catalytic reduction (SCR) reactor to convert NO x to nitrogen gas and water; supplying the heated ammonia to the catalyst-containing reactor tubes to cause cracking of the ammonia into a cracked gas containing hydrogen gas, nitrogen gas and residual ammonia: purifying the cracked gas in a first PSA device to produce a first hydrogen product gas and a first PSA tail gas comprising ammonia; compressing at least a portion of the first PSA tail gas to produce compressed PSA tail gas; cooling the compressed PSA tail gas to produce cooled ammonia-depleted tail gas and an aqueous ammonia solution; and separating the cooled ammonia-depleted tail gas from the aqueous ammonia solution; purifying the cracked gas in a first PSA device to produce a first hydrogen product gas and a first PSA tail gas comprising ammonia; compressing at least a portion of the first PSA tail gas to produce compressed PSA tail gas; cooling the compressed PSA tail gas to produce cooled ammonia-depleted tail gas and an aqueous ammonia solution; and separating the cooled ammonia-depleted tail gas from the aqueous ammonia solution; wherein at least a portion of the separated aqueous ammonia solution is fed to the SCR reactor to provide the ammonia for the SCR reaction; and wherein the one or more hot fluids comprise the flue gas and/or the cracked gas.
A filter system comprising: a filter comprising: a filter media pack having an inlet face and an outlet face with a central axis extending transversely through the inlet and outlet faces; a frame member attached to the filter media pack including a flange portion projecting radially outward; and a tab projecting axially from the flange portion ; a cover member ; a housing body having a central cavity for receiving the filter, the housing body including a support flange for supporting and locating the filter within the central cavity ; a latch comprising a hook portion , wherein in a latched state the latch secures the cover member to the housing body by axially engaging the housing body , the tab extending axially beyond the support flange when the filter is installed in the central cavity ; and wherein the housing body includes a tapered region that prevents the hook portion of the latch from maintaining axial engagement with the housing body when the tab is not present, such that the latch cannot be maintained in the latched state to secure the cover member to the housing body without the tab being present. a filter comprising: a filter media pack having an inlet face and an outlet face with a central axis extending transversely through the inlet and outlet faces; a frame member attached to the filter media pack including a flange portion projecting radially outward; and a tab projecting axially from the flange portion ; a filter media pack having an inlet face and an outlet face with a central axis extending transversely through the inlet and outlet faces; a frame member attached to the filter media pack including a flange portion projecting radially outward; and a tab projecting axially from the flange portion ; a cover member ; a housing body having a central cavity for receiving the filter, the housing body including a support flange for supporting and locating the filter within the central cavity ; a latch comprising a hook portion , wherein in a latched state the latch secures the cover member to the housing body by axially engaging the housing body , the tab extending axially beyond the support flange when the filter is installed in the central cavity ; and wherein the housing body includes a tapered region that prevents the hook portion of the latch from maintaining axial engagement with the housing body when the tab is not present, such that the latch cannot be maintained in the latched state to secure the cover member to the housing body without the tab being present.
A method, characterized by comprising: obtaining , by a client being a consumer of user equipment context information for at least one user equipment, from a network node, an address of a data storage function, DSF, or home subscriber server front end, HSS-FE, or network exposure function, NEF, that contains the user equipment context information for the at least one user equipment; and accessing , by the client and based on the obtained address, the data storage function, DSF, or home subscriber server front end ,HSS-FE, or network exposure function, NEF, to register for the user equipment context information. obtaining , by a client being a consumer of user equipment context information for at least one user equipment, from a network node, an address of a data storage function, DSF, or home subscriber server front end, HSS-FE, or network exposure function, NEF, that contains the user equipment context information for the at least one user equipment; and accessing , by the client and based on the obtained address, the data storage function, DSF, or home subscriber server front end ,HSS-FE, or network exposure function, NEF, to register for the user equipment context information.
Motorcycle, the motorcycle having a largely closed passenger compartment , the passenger compartment having at least one stabilization device for crosswind stabilization, the stabilization device comprising at least one rudder which is deflectable relative to the passenger compartment and the at least one rudder being arranged at the rear and/or on the roof and/or on the front face of the passenger compartment , characterized in that an auxiliary rudder which can be deflected relative to the rudder is arranged on the at least one rudder , the auxiliary rudder being hinged to the rudder such that it can be deflected against the deflection direction of the rudder , and the auxiliary rudder is hinged to the rudder via a coupling joint, the coupling joint being designed such that a deflection of the rudder causes a deflection of the auxiliary rudder against the deflection direction of the rudder . the passenger compartment having at least one stabilization device for crosswind stabilization, the stabilization device comprising at least one rudder which is deflectable relative to the passenger compartment and the at least one rudder being arranged at the rear and/or on the roof and/or on the front face of the passenger compartment , characterized in that an auxiliary rudder which can be deflected relative to the rudder is arranged on the at least one rudder , the auxiliary rudder being hinged to the rudder such that it can be deflected against the deflection direction of the rudder , and the auxiliary rudder is hinged to the rudder via a coupling joint, the coupling joint being designed such that a deflection of the rudder causes a deflection of the auxiliary rudder against the deflection direction of the rudder .
A process for producing gel-like cleaning agents, comprising or consisting of the steps of: (i) placing water in a container which contains a stirring device, in particular a stirred tank; (ii) adding the cleaning agent components into the water, preferably by means of at least one metering pump, in particular by means of a metering pump, while stirring, in order to obtain a cleaning agent; wherein at least one thickener selected from the group of polyacrylate (co)polymers, at least one surfactant, at least one sulfopolymer, and at least one complexing agent are added, with the proviso that the components - are each added separately; that the at least one thickener is added before the at least one surfactant , the at least one sulfopolymer and the at least one complexing agent ; and the stirring speed is constant or increased at each addition, but is increased at least once after the first addition. (i) placing water in a container which contains a stirring device, in particular a stirred tank; (ii) adding the cleaning agent components into the water, preferably by means of at least one metering pump, in particular by means of a metering pump, while stirring, in order to obtain a cleaning agent; wherein at least one thickener selected from the group of polyacrylate (co)polymers, at least one surfactant, at least one sulfopolymer, and at least one complexing agent are added, with the proviso that the components - are each added separately; that the at least one thickener is added before the at least one surfactant , the at least one sulfopolymer and the at least one complexing agent ; and the stirring speed is constant or increased at each addition, but is increased at least once after the first addition. at least one thickener selected from the group of polyacrylate (co)polymers, at least one surfactant, at least one sulfopolymer, and at least one complexing agent are added, with the proviso that the components - are each added separately; that the at least one thickener is added before the at least one surfactant , the at least one sulfopolymer and the at least one complexing agent ; and the stirring speed is constant or increased at each addition, but is increased at least once after the first addition.