mhurhangee/ep-ind-claims huggingface dataset:
A prefilled injection pen, comprising: a screw rod, a memory connection barrel, a fixed barrel, a rotating barrel, a fixed housing, a rotating barrel with scale, and a top-cap connection barrel, wherein the rotating barrel with scale is in threaded cooperation with a fixed housing and configured to drive the top-cap connection barrel to rotate and move in an axial direction; the top-cap connection barrel is configured to drive the memory connection barrel to rotate relative to the screw rod and move in the axial direction; on an end face of one end of the rotating barrel, a plurality of first one-way teeth are circumferentially provided in a uniform manner with an axis of the rotating barrel as a center; an opening at the end of the rotating barrel is an oblong hole, with the end proximal to the first one-way teeth; an end face of an end of the fixed barrel is provided with a ratchet pawl cooperating with the first one-way teeth, and the fixed barrel is provided thereon with a first internal thread cooperating with the screw rod; and the screw rod is provided thereon with two machined plane surfaces opposite to each other in an extension direction of the screw rod, the two machined plane surfaces of the screw rod are parallel to a plane of the oblong hole, and the screw rod is configured to be movable inside the oblong hole in the axial direction, a plunger is provided at one end of the screw rod, characterized in that a stopper is provided in a thread groove at the other end of the screw rod, and the stopper is configured to abut when a liquid medication is depleted against the protrusion inside the memory connection barrel to prevent the memory connection barrel from rotating relative to the screw rod; the memory connection barrel is provided inside the rotating barrel, and an inner wall of the memory connection barrel is provided thereon with a protrusion cooperating with a thread of the screw rod; an outer wall of the fixed barrel is provided thereon with a first fixed protrusion configured to cooperate with a first groove on an inner wall of the fixed housing; and the prefilled injection pen further comprises a single-side one-way gear, and a double-side one-way gear with teeth on two sides intersecting with each other in inclined directions, with the single-side one-way gear and the double-side one-way gear sleeved on the rotating barrel, wherein the single-side one-way gear is configured to drive the rotating barrel to rotate.
An airfoil comprising: a core having a first surface, said core comprising a ceramic compound selected from the group consisting of: aluminum oxide (Al 2 O 3), silicon nitride (Si 3 N 4), silicon carbide (SiC), tungsten carbide, and zirconium oxide (ZrO 2); a skin having a second surface disposed over at least a portion of the first surface of the core, wherein the skin comprises at least one ceramic matrix composite material; and at least one of a transient liquid phase bond and a partial transient liquid phase (PTLP) bond disposed between the first surface and the second surface, the bond joining the skin to the core, characterized in that the skin is generally spaced from the core, a plurality of thermal protection structures being disposed between the core and the skin, the plurality of thermal protection structures each having a core side and a skin side each joined to a corresponding one of the skin second surface and the core first surface, wherein at least one of the core side and the skin side is joined to the corresponding one of the CMC skin and the ceramic core by the at least one bond. a core having a first surface, said core comprising a ceramic compound selected from the group consisting of: aluminum oxide (Al 2 O 3), silicon nitride (Si 3 N 4), silicon carbide (SiC), tungsten carbide, and zirconium oxide (ZrO 2); a skin having a second surface disposed over at least a portion of the first surface of the core, wherein the skin comprises at least one ceramic matrix composite material; and at least one of a transient liquid phase bond and a partial transient liquid phase (PTLP) bond disposed between the first surface and the second surface, the bond joining the skin to the core,
A method of measuring a crystallographic orientation of an object using an ultrasonic transducer and a detector array comprising a plurality of ultrasonic detectors, the method comprising: determining a minimum distance (d min) between the transducer and a detector of the detector array closest to the transducer; placing the transducer and the detector array in contact with a surface of the object such that the transducer and the detector of the detector array closest to the transducer are separated by at least the minimum distance (d min); using the transducer to generate an ultrasonic surface wave pulse in the surface of the object, the ultrasonic surface wave pulse having a pulse duration (t w) and comprising a longitudinal surface wave and a Rayleigh wave; and measuring a time of flight of a surface wave generated by the transducer between the transducer and each detector of the array to determine the crystallographic orientation of the object; wherein the minimum distance (d min) is the distance at which the minimum time of flight of the Rayleigh wave (t R) is at least the sum of the maximum time of flight of the longitudinal surface wave (t L) and the maximum pulse duration (t w). determining a minimum distance (d min) between the transducer and a detector of the detector array closest to the transducer; placing the transducer and the detector array in contact with a surface of the object such that the transducer and the detector of the detector array closest to the transducer are separated by at least the minimum distance (d min); using the transducer to generate an ultrasonic surface wave pulse in the surface of the object, the ultrasonic surface wave pulse having a pulse duration (t w) and comprising a longitudinal surface wave and a Rayleigh wave; and measuring a time of flight of a surface wave generated by the transducer between the transducer and each detector of the array to determine the crystallographic orientation of the object; wherein the minimum distance (d min) is the distance at which the minimum time of flight of the Rayleigh wave (t R) is at least the sum of the maximum time of flight of the longitudinal surface wave (t L) and the maximum pulse duration (t w).
A method of making a catalytic article comprising the steps: forming a washcoat including a platinum group metal, wherein the platinum group metal comprises platinum and palladium, supported on a refractory metal oxide support and further comprising molecular sieve particles, wherein the molecular sieve particle size has a d 50 less than 50 microns, determined by laser light scattering, and wherein the molecular sieve particles are agglomerates of primary crystals, and greater than 90% of the molecular sieve particles comprise primary crystals with sizes greater than 1μm, determined by laser light scattering; applying the washcoat to a substrate; and drying the washcoat and optionally calcining. forming a washcoat including a platinum group metal, wherein the platinum group metal comprises platinum and palladium, supported on a refractory metal oxide support and further comprising molecular sieve particles, wherein the molecular sieve particle size has a d 50 less than 50 microns, determined by laser light scattering, and wherein the molecular sieve particles are agglomerates of primary crystals, and greater than 90% of the molecular sieve particles comprise primary crystals with sizes greater than 1μm, determined by laser light scattering; applying the washcoat to a substrate; and drying the washcoat and optionally calcining.
A thermoplastic resin composition comprising: 50 parts to 98 parts by weight of an aliphatic polyester; and 2 parts to 50 parts by weight of a polyurethane elastomer comprising an amide compound, a polyol compound, a polybasic acid compound, and a diisocyanate compound, based on 100 parts by weight of the thermoplastic resin composition.
A gas turbine engine component comprising: a heat exchange structure having an upstream end and a downstream end; a diffusing duct directly mounted to the upstream end; and a throttle member to control air flow through the heat exchange structure, wherein the throttle member has a non-circular cross section, wherein the diffusing duct includes a duct portion that increases in cross-sectional flow area from an upstream duct end to a downstream duct end, characterised in that: the diffusing duct comprises a first stage and a second stage downstream of the first stage, wherein the first stage comprises an axial duct portion of generally constant cross-sectional flow area, and the second stage comprises the duct portion that extends from the upstream duct end to the downstream duct end; and the throttle member is mounted to the downstream end of the heat exchange structure. a heat exchange structure having an upstream end and a downstream end; a diffusing duct directly mounted to the upstream end; and a throttle member to control air flow through the heat exchange structure, wherein the throttle member has a non-circular cross section, wherein the diffusing duct includes a duct portion that increases in cross-sectional flow area from an upstream duct end to a downstream duct end, characterised in that: the diffusing duct comprises a first stage and a second stage downstream of the first stage, wherein the first stage comprises an axial duct portion of generally constant cross-sectional flow area, and the second stage comprises the duct portion that extends from the upstream duct end to the downstream duct end; and the throttle member is mounted to the downstream end of the heat exchange structure. the diffusing duct comprises a first stage and a second stage downstream of the first stage, wherein the first stage comprises an axial duct portion of generally constant cross-sectional flow area, and the second stage comprises the duct portion that extends from the upstream duct end to the downstream duct end; and the throttle member is mounted to the downstream end of the heat exchange structure.
A device for rotating a hub for mounting blades in a hub of a direct-drive wind turbine, the device comprising driving means to rotate the hub relative to a stationary part of the wind turbine for arranging the hub in a position suitable for mounting the blade, characterised in that the driving means includes a driving element that comprises a threaded shaft associated with one of the hub and the stationary part and a driven element that comprises a gearwheel meshing with the threaded shaft and associated with the other of the hub and the stationary part such that it is rotated by the driving element, and with the driving element and the driven element being arranged such that their corresponding axes of rotation (X, Y) are at least substantially perpendicular to each other.
A method for controlling a movement of an agent moving within an environment organized into a network of nodes and links between the nodes partially represented by a directed graph, wherein each vertex and edge of the directed graph corresponds respectively to a node and to an orientation of a link of the network,,wherein the directed graph initially comprises a plurality of vertices, called "border vertices", from each of which at least one edge is directed towards an unknown portion of the network not represented by the directed graph, the method comprising guiding of the moving agent in its movement, between a starting vertex and a destination vertex in the directed graph, via execution by a processor of at least one iteration of the following successive steps: - planning a path in the directed graph, between a vertex at which the moving agent is located and the destination vertex or a border vertex, via execution of a path-searching algorithm on the basis of a first heuristic evaluation of cost calculated (102, 120) for vertices of the directed graph and on the basis of a path search via a progressive increase in the cost, - controlling a navigation of the moving agent between the location at which it is located and the destination vertex or the border vertex returned by the planning step, and - after the navigation and if the planning step returns a border vertex that is different from the destination vertex, controlling an exploration in the unknown portion of the network with enrichment of the directed graph via the addition of the vertex or vertices and edge(s) explored, characterized in that the planning step of each iteration comprises, for each calculation (102, 120) of the first heuristic evaluation of cost for a border vertex, an additional calculation of a second heuristic evaluation of risk for this border vertex, and provides, as the destination of the path, the border vertex for which the heuristic evaluation of risk calculated is the lowest as soon as the cost exceeds this lowest heuristic evaluation of risk before the destination vertex has been reached. - planning a path in the directed graph, between a vertex at which the moving agent is located and the destination vertex or a border vertex, via execution of a path-searching algorithm on the basis of a first heuristic evaluation of cost calculated (102, 120) for vertices of the directed graph and on the basis of a path search via a progressive increase in the cost, - controlling a navigation of the moving agent between the location at which it is located and the destination vertex or the border vertex returned by the planning step, and - after the navigation and if the planning step returns a border vertex that is different from the destination vertex, controlling an exploration in the unknown portion of the network with enrichment of the directed graph via the addition of the vertex or vertices and edge(s) explored,
A parcel processing device, comprising - an input device for inputting parcels into a storage space, and - a storage device for storing input parcels, which is arranged in the storage space, wherein the storage device includes a flexible pick-up element which is suspended on two holding devices (20, 21) such that the pick-up element with one portion extends between the holding devices (20, 21), in order to pick up parcels input on the portion via the input device, wherein at least one of the holding devices (20, 21) is adjustable for adjusting the length of the portion extending between the holding devices (20, 21), wherein the holding devices (20, 21) each include a rotatable winding shaft (200, 210) for winding or unwinding the pick-up element arranged on the winding shaft (200, 210), wherein each winding shaft (200, 210) is driven via a separate drive motor (201, 211), so that the winding shafts (200, 210) are rotatable independent of each other. - an input device for inputting parcels into a storage space, and - a storage device for storing input parcels, which is arranged in the storage space,
Dry-running rotary piston machine with reaction sound absorber (50, 60), comprising at least two rotary pistons mounted in a housing via shafts and bearing arrangements which mesh with one another in opposite directions to define a conveying chamber, wherein the shafts are operationally coupled to one another via control wheels, wherein the sound absorber has a sound-absorbing chamber (51,61), an inlet opening (58, 68) and an outlet opening (59, 69), characterised in that the sound-absorbing chamber is divided into two or more chamber parts (51b-e, 61b, d) by one or more separating walls (55, 63a, 65) parallel to the axial direction and which together define a split-flow chamber, wherein an inner pipe (52b-e, 62b, d), which passes gas through the sound-absorbing chamber, is provided through each chamber part, and several slots (54, 64) are provided on the inner pipes orientated essentially peripherally, wherein the greater part of the gas flows through the inner pipe.
Use as perfuming ingredient of a compound of formula in the form of any one of its stereoisomers or a mixture thereof, and wherein n represents 1 or 2.
Machine for the preparation of tea, in particular tea in tea bags or tea in the form of powder and its dispensing into a beverage container, which comprises a housing with a positioning surface for a beverage container and a removable brewing container for reception of the tea, whereby the brewing container or the added water is heatable by an electrical heating device, further comprising an extractable water container or a tap water connection being configured as a portion of the housing comprising a water supply by a pump characterized in that the housing comprises a control unit including a microchip, comprising a corresponding control panel by which at least the infusion temperature, the infusion time period as well as the beginning of an infusion cycle can be adjusted, whereby the pump is a synchronized vibrating armature pump and the water outlet is equipped with a temperature sensor and the water outlet into the brewing container is arranged in a lid whereby the signals from the temperature sensor can be processed by the control unit, whereby a pressure sensor for measurement of the barometric pressure is provided and means for the processing of this pressure in the control unit for preventing boiling of the water which is to be used for the preparation of tea and which is heatable by means of a heating system.
A system for powder coating elements to be coated of considerable length, comprising an overall occupied floor space, a safety area dedicated to the work activities of personnel, exhibiting a zone dedicated to the stage of loading and a zone dedicated to the stage of unloading the finished elements from the overhead conveyor line, said safety area marking the perimeter of a single, central block exhibiting the activities of the production process and the specific units predisposed thereto and identified as a unit dedicated to the pre-treatment of the elements to be coated, a unit dedicated to the drying of the elements to be coated and a unit for the polymerisation of coating powders deposited on the elements to be coated, there being further provided a unit dedicated to coating and an overhead conveyor line for the elements to be coated that extends with a winding path, characterised in that said pre-treatment unit comprises a pre-treatment tunnel wherein stations,, are provided with respective collecting tanks,, along at least two tracts of the path of said overhead conveyor line side by side at 180° and in that said unit for the polymerisation of coating powders deposited on the elements to be coated comprises at least one polymerisation oven with high-temperature hot air heated by at least one heat generator, and that said unit dedicated to the drying of the elements to be coated comprises at least one drying oven with hot air at a lower temperature, said polymerisation oven and said drying oven being side by side and contiguous to each other and to said at least two tracts of the path of the conveyor line side by side at 180°.
A battery module housing system for cooling a battery module, the battery module housing system comprising a lower part and an upper part; wherein the lower part comprises a plate: the plate having an upper side and a lower side, the lower side being opposite to the upper side with respect to the plate, wherein the upper side of the plate is connectable to the upper part; wherein the upper part comprises a tub: the tub being configured for accommodating the battery module; the tub having a bottom tile having an upper side and a lower side, the lower side being opposite to the upper side with respect to the bottom tile, wherein the lower side of the bottom tile is connectable to the upper side of the plate; wherein the upper side of the plate is connectable to the lower side of the bottom tile such that a cavity is formed between the upper side of the plate and the lower side of the bottom tile, wherein the cavity forms a liquid-tight hollow only accessible via the coolant inlet(s) and the coolant outlet(s); characterized in that: the plate has at least one coolant inlet and at least one coolant outlet; the plate inclusive of the coolant inlet(s) and the coolant outlet(s) is formed integrally; and the tub is formed integrally. wherein the lower part comprises a plate: the plate having an upper side and a lower side, the lower side being opposite to the upper side with respect to the plate, wherein the upper side of the plate is connectable to the upper part; wherein the upper part comprises a tub: the tub being configured for accommodating the battery module; the tub having a bottom tile having an upper side and a lower side, the lower side being opposite to the upper side with respect to the bottom tile, wherein the lower side of the bottom tile is connectable to the upper side of the plate; the tub being configured for accommodating the battery module; the tub having a bottom tile having an upper side and a lower side, the lower side being opposite to the upper side with respect to the bottom tile, wherein the lower side of the bottom tile is connectable to the upper side of the plate; wherein the upper side of the plate is connectable to the lower side of the bottom tile such that a cavity is formed between the upper side of the plate and the lower side of the bottom tile, wherein the cavity forms a liquid-tight hollow only accessible via the coolant inlet(s) and the coolant outlet(s); characterized in that: the plate has at least one coolant inlet and at least one coolant outlet; the plate inclusive of the coolant inlet(s) and the coolant outlet(s) is formed integrally; and the tub is formed integrally. the plate has at least one coolant inlet and at least one coolant outlet; the plate inclusive of the coolant inlet(s) and the coolant outlet(s) is formed integrally; and the tub is formed integrally.
Degassing system for a housing of an accumulator for use in hybrid vehicles and in electric vehicles, wherein the degassing system has: a) a labyrinth bolt having a bolt wall in which a plurality of channels are provided, which extend from the bolt interior toward outlets which are arranged in an axial section of the bolt wall, b) a labyrinth corso having a corso wall which, in the installed state, runs around the axial section of the bolt wall such that a gap is formed in the axial section between the bolt wall and the corso wall, and c) a gas-permeable membrane, which is arranged on an upper face, facing the accumulator interior, of the labyrinth bolt. a) a labyrinth bolt having a bolt wall in which a plurality of channels are provided, which extend from the bolt interior toward outlets which are arranged in an axial section of the bolt wall, b) a labyrinth corso having a corso wall which, in the installed state, runs around the axial section of the bolt wall such that a gap is formed in the axial section between the bolt wall and the corso wall, and c) a gas-permeable membrane, which is arranged on an upper face, facing the accumulator interior, of the labyrinth bolt.