mhurhangee/ep-ind-claims huggingface dataset:
A pipe connection fitting comprising: a gasket holder ring; a seal positionable within the gasket holder ring; a flap ring having a first ring portion with a plurality of pivotable tabs extending therefrom, each of the plurality of tabs including a hinge portion connected to the first ring portion of the flap ring; a grip ring positionable adjacent the flap ring; and a terminal housing configured to slidingly engage with the gasket holder ring, wherein each of the hinge portions permits pivoting movement of each tab when engaged by the terminal housing during installation. a gasket holder ring; a seal positionable within the gasket holder ring; a flap ring having a first ring portion with a plurality of pivotable tabs extending therefrom, each of the plurality of tabs including a hinge portion connected to the first ring portion of the flap ring; a grip ring positionable adjacent the flap ring; and a terminal housing configured to slidingly engage with the gasket holder ring, wherein each of the hinge portions permits pivoting movement of each tab when engaged by the terminal housing during installation.
A magnetic marker, laid in or on a road so as to be detectable by a magnetic sensor of a vehicle, that is used for vehicle-side drive assist control for assisting driving, comprising: a magnet, molded into a columnar shape, that contains a magnetic powder of an iron oxide, wherein the magnet is a molded article having the magnetic powder dispersed in a polymer material constituting a base material, and wherein the magnetic marker includes an information providing part that provides a vehicle side with information by radio communication. a magnet, molded into a columnar shape, that contains a magnetic powder of an iron oxide, wherein the magnet is a molded article having the magnetic powder dispersed in a polymer material constituting a base material, and wherein the magnetic marker includes an information providing part that provides a vehicle side with information by radio communication.
A method of wireless communication performed by an apparatus of a user equipment, UE, comprising: identifying (302; 510) a physical downlink control channel, PDCCH, blind decode capability value and a PDCCH control channel element capability value; and determining (304; 520) a PDCCH blind decode limit and a PDCCH control channel element limit, wherein the PDCCH blind decode limit and the PDCCH control channel element limit are associated with the PDCCH blind decode capability value, the PDCCH control channel element capability value, and: a quantity of cell groups configured for the UE, or a quantity of the cell groups that are activated for the UE, wherein the PDCCH control channel element capability value indicates a quantity of control channel elements that the UE is capable of processing across the cell groups configured for the UE. identifying (302; 510) a physical downlink control channel, PDCCH, blind decode capability value and a PDCCH control channel element capability value; and determining (304; 520) a PDCCH blind decode limit and a PDCCH control channel element limit, wherein the PDCCH blind decode limit and the PDCCH control channel element limit are associated with the PDCCH blind decode capability value, the PDCCH control channel element capability value, and: a quantity of cell groups configured for the UE, or a quantity of the cell groups that are activated for the UE, wherein the PDCCH control channel element capability value indicates a quantity of control channel elements that the UE is capable of processing across the cell groups configured for the UE.
A rack device for storing and retrieving storage goods in and from rack compartments, wherein the storage and retrieval is performed automatically by means of a storage and retrieval device, wherein the storage and retrieval device comprises a load-handling device having at least one gripping arm, wherein the gripping arm is moveable in a depth direction of the rack compartments and comprises a gripping device for moving the storage goods, in an active position of the gripping device, along the depth direction into the rack compartments and out of the rack compartments, wherein the rack device comprises a plurality of rack compartments, wherein each of the rack compartments comprises a shelf and at least two depth supports extending along the depth direction and being arranged distanced to each other in a longitudinal direction of the rack compartments and thereby defining a storage location therebetween; characterizd in that the gripping arm comprises a first guiding device and that each of the depth supports comprises a second guiding device, which extends in the depth direction and which is configured to cooperate with the first guiding device of the gripping arm such that the gripping arm, during storage or retrieval, is in contact with the depth support via the guiding devices (64, 70) and is moveable in the depth direction in a guided manner along the depth support, wherein each of the depth supports projects from the shelf of the rack compartment in a height direction for holding the storage goods laterally within the storage location.
A closure, comprising: a fastener including at least a first group of ribs and a second group of ribs, wherein the first group of ribs is separated from the second group of ribs by a gap and the distance of separation of immediately adjacent ribs in each group is less than the said gap, and wherein the width of the said gap is less than the width of the first group or the second group; the said immediately adjacent ribs also being spaced to receive a rib from an opposing group of ribs and to interlock therewith. a fastener including at least a first group of ribs and a second group of ribs, wherein the first group of ribs is separated from the second group of ribs by a gap and the distance of separation of immediately adjacent ribs in each group is less than the said gap, and wherein the width of the said gap is less than the width of the first group or the second group; the said immediately adjacent ribs also being spaced to receive a rib from an opposing group of ribs and to interlock therewith.
An atomizer (100; 400; 500; 600; 700) comprising: an atomizer body with an air passage (104; 204; 304; 404; 504; 604; 704) defined therethrough from an upstream end of the atomizer body to a downstream end thereof; and a fuel circuit (110; 410; 510) defined in the atomizer body extending from a fuel inlet to a fuel outlet (114; 415; 614; 714) opening into the air passage (104; 204; 304; 404; 504; 604; 704); wherein the fuel circuit opens tangentially into the air passage (104; 604) relative to a flow path defined through the air passage; characterized in that the fuel circuit includes a swirl channel (132; 232; 332) extending circumferentially around the air passage (104; 204; 304), with a fuel slot opening tangentially into the swirl channel (132; 232; 332). an atomizer body with an air passage (104; 204; 304; 404; 504; 604; 704) defined therethrough from an upstream end of the atomizer body to a downstream end thereof; and a fuel circuit (110; 410; 510) defined in the atomizer body extending from a fuel inlet to a fuel outlet (114; 415; 614; 714) opening into the air passage (104; 204; 304; 404; 504; 604; 704); wherein the fuel circuit opens tangentially into the air passage (104; 604) relative to a flow path defined through the air passage; characterized in that the fuel circuit includes a swirl channel (132; 232; 332) extending circumferentially around the air passage (104; 204; 304), with a fuel slot opening tangentially into the swirl channel (132; 232; 332).
Lining for drives, such as sterndrives, of vessels, such as boats or ships, comprising a housing, which surrounds the part of the drive lying outside of the vessel and which has two adjoining housing halves (7 and 8) along a plane that is essentially vertical in the operating position, wherein a seal is provided between the housing halves (7 and 8), and wherein the housing is designed for fastening to the stern (transom) of the vessel, characterized in that an adapter plate that is detachably connected to the housing and that is to be mounted on the stern of the vessel is provided, and in that an inflatable seal is provided between the housing and the adapter plate.
A surgical stapling apparatus, comprising: a first jaw member defining a channel; a cartridge configured to selectively couple to the first jaw member, the cartridge having fasteners; a second jaw member having an anvil with staple forming depressions; a drive member movable through the channel from a retracted to an advanced position to drive the fasteners toward the anvil, the drive member pushing a sled so that the sled interacts with a pusher; characterized in that the first jaw member has a locking assembly to lock out the drive member when no cartridge is present in the first jaw member or when a spent cartridge is present in the first jaw member; the cartridge has an actuator having a proximally extending finger, the actuator being coupled to the sled and biased against the pusher, the finger of the actuator aligning with the locking assembly when the cartridge couples to first jaw member; and the locking assembly includes a locking lever biased toward the channel of the first jaw member to prevent distal translation of the drive member when the locking lever extends across the channel, the finger of the actuator contacting the locking lever when the cartridge is coupled to the first jaw, rotating the locking lever to a position away from the channel, the locking lever moving to a position blocking the channel when the drive member is moved to the advanced position. a first jaw member defining a channel; a cartridge configured to selectively couple to the first jaw member, the cartridge having fasteners; a second jaw member having an anvil with staple forming depressions; a drive member movable through the channel from a retracted to an advanced position to drive the fasteners toward the anvil, the drive member pushing a sled so that the sled interacts with a pusher; characterized in that the first jaw member has a locking assembly to lock out the drive member when no cartridge is present in the first jaw member or when a spent cartridge is present in the first jaw member; the cartridge has an actuator having a proximally extending finger, the actuator being coupled to the sled and biased against the pusher, the finger of the actuator aligning with the locking assembly when the cartridge couples to first jaw member; and the locking assembly includes a locking lever biased toward the channel of the first jaw member to prevent distal translation of the drive member when the locking lever extends across the channel, the finger of the actuator contacting the locking lever when the cartridge is coupled to the first jaw, rotating the locking lever to a position away from the channel, the locking lever moving to a position blocking the channel when the drive member is moved to the advanced position.
A sulfide solid electrolyte, comprising lithium, phosphorus, sulfur, and two or more of elements X selected from the group consisting of halogen elements, wherein the sulfide solid electrolyte comprises an argyrodite-type crystal structure, and a molar ratio of the sulfur to the phosphorus, b (S/P), and a molar ratio of the elements X to the phosphorus, c (X/P), satisfy formula: 0.23 < c / b < 0.57
An instrument for locking and unlocking a head of a bone anchor in a receiving part of a polyaxial bone anchoring device, the instrument comprising a tube assembly comprising an inner tube adapted to engage a first portion of a polyaxial bone anchoring device, an outer tube adapted to engage a second portion of a polyaxial bone anchoring device, the tube assembly having a longitudinal axis, wherein the outer tube is displaceable relative to the inner tube from a first axial position to a second axial position and vice versa, wherein the first axial position is associated with an unlocking configuration of the polyaxial bone anchoring device in which the head is pivotable, and the second axial position is associated with a locking configuration of the polyaxial bone anchoring device in which the head is locked; an actuator assembly comprising an actuating mechanism for displacing the inner tube, relative to the outer tube,, wherein the actuator assembly comprises at least two driving portions (54, 42) that are configured to be displaceable parallel to the longitudinal axis in response to an operation of the actuating mechanism and wherein the tube assembly comprises at least two driven portions (39a, 39b) that are configured to be driven by the driving portions (54, 42); and wherein the at least two driven portions (39a, 39b) are circumferentially spaced apart from each other.
A marine vessel comprising: a steering mechanism for the marine vessel, at least one propulsion device, and a controller which is configured or programmed to control the propulsion device of the marine vessel, wherein the steering mechanism for the marine vessel comprises a steering handle comprising: a steering wheel; a speed increasing paddle or a speed increasing switch configured for controlling an acceleration of the marine vessel; and a speed decreasing paddle or a speed decreasing switch configured for controlling a deceleration of the marine vessel, wherein the propulsion device comprises an engine, characterized in that, when the speed increasing paddle or the speed increasing switch is operated once, the controller is configured or programmed to control a rotation speed of the engine to increase by a predetermined rotation speed, and when the speed decreasing paddle or the speed decreasing switch is operated once, the controller is configured or programmed to control the rotation speed of the engine to decrease by a predetermined rotation speed, wherein the predetermined rotation speed varies according to a speed of the marine vessel. a steering mechanism for the marine vessel, at least one propulsion device, and a controller which is configured or programmed to control the propulsion device of the marine vessel, wherein the steering mechanism for the marine vessel comprises a steering handle comprising: a steering wheel; a speed increasing paddle or a speed increasing switch configured for controlling an acceleration of the marine vessel; and a speed decreasing paddle or a speed decreasing switch configured for controlling a deceleration of the marine vessel, wherein the propulsion device comprises an engine, characterized in that, when the speed increasing paddle or the speed increasing switch is operated once, the controller is configured or programmed to control a rotation speed of the engine to increase by a predetermined rotation speed, and when the speed decreasing paddle or the speed decreasing switch is operated once, the controller is configured or programmed to control the rotation speed of the engine to decrease by a predetermined rotation speed, wherein the predetermined rotation speed varies according to a speed of the marine vessel. a steering wheel; a speed increasing paddle or a speed increasing switch configured for controlling an acceleration of the marine vessel; and a speed decreasing paddle or a speed decreasing switch configured for controlling a deceleration of the marine vessel, wherein the propulsion device comprises an engine, characterized in that, when the speed increasing paddle or the speed increasing switch is operated once, the controller is configured or programmed to control a rotation speed of the engine to increase by a predetermined rotation speed, and when the speed decreasing paddle or the speed decreasing switch is operated once, the controller is configured or programmed to control the rotation speed of the engine to decrease by a predetermined rotation speed, wherein the predetermined rotation speed varies according to a speed of the marine vessel.
A gasket sealing material for a fuel cell comprising: at least 25% dry w/w chemically exfoliated vermiculite; and at least 15% dry w/w plate-like filler; characterised in that the plate-like filler has an average particle size of less than or equal to 10 μm. at least 25% dry w/w chemically exfoliated vermiculite; and at least 15% dry w/w plate-like filler; characterised in that the plate-like filler has an average particle size of less than or equal to 10 μm.
An encoding method comprising generating an encoded sequence comprising: n-1 information sequences denoted as X 1 through X n-1; and a parity sequence denoted as P, by encoding the n-1 information sequences at a (n-1)/n coding rate according to a predetermined parity check matrix having m×z rows and n×m×z columns, n being an integer no less than two, m being an integer no less than two, and z being a natural number, wherein the predetermined parity check matrix is a first parity check matrix or a second parity check matrix, the first parity check matrix corresponding to a low-density parity check convolutional code using a tail biting scheme and using a plurality of parity check polynomials, the second parity check matrix generated by performing at least one of row permutation and column permutation with respect to the first parity check matrix, and for all e being an integer greater than or equal to zero and less than or equal to m × z - 1 and satisfying e ≠ α - 1, where α denotes an integer no less than one and no greater than m × z, an eth parity check polynomial that satisfies zero of the low-density parity check convolutional code, where the (e+1)th row of the first parity check matrix corresponds to the eth parity check polynomial, is expressed as D b 1, i + 1 P D + ∑ k = 1 n − 1 1 + ∑ j = 1 r k, i D a k, i, j X k D = 0 where i is a variable denoting an integer that is no less than zero and no greater than m - 1 and satisfies i = e%m, where % denotes a modulo operator, and b 1,i is a natural number, and an (α - 1)th parity check polynomial that satisfies zero of the low-density parity check convolutional code, where the αth row of the first parity check matrix corresponds to the (α-1)th parity check polynomial, is expressed as P D + ∑ k = 1 n − 1 1 + ∑ j = 1 r k, α − 1 % m D a k, α − 1 % m, j X k D = 0 where, in Math. 1 and Math. 2, k denotes an integer no less than one and no greater than n-1, j denotes an integer no less than one and no greater than r k,i, and r k,i denotes an integer no less than two, D denotes a delay operator, X k denotes a polynomial representation of an information sequence X k among the n-1 information sequences, and P denotes a polynomial representation of the parity sequence P, and a k,i,j denotes a natural number, and when x and y are integers no less than one and no greater than r k,i and satisfy x ≠ y, a k,i,x ≠ a k,i,y holds true for all x and y. where, in Math. 1 and Math. 2, k denotes an integer no less than one and no greater than n-1, j denotes an integer no less than one and no greater than r k,i, and r k,i denotes an integer no less than two, D denotes a delay operator, X k denotes a polynomial representation of an information sequence X k among the n-1 information sequences, and P denotes a polynomial representation of the parity sequence P, and a k,i,j denotes a natural number, and when x and y are integers no less than one and no greater than r k,i and satisfy x ≠ y, a k,i,x ≠ a k,i,y holds true for all x and y.
Ultrasonic measuring arrangement for flow, speed of sound, density, viscosity and/or temperature measurement of flowable media, having a measurement tube which comprises a measurement section and is arranged in a region of a measurement housing, wherein, for sound transmission of the measurement section in and contrary to the direction of flow of a medium and for receiving signals, the ultrasonic measurement arrangement comprises at least two mutually spaced ultrasonic transceivers as sensors, wherein the measurement tube of the arrangement is formed without seals and seams and is formed as a housing part seallessly and seamlessly forming one piece with the measurement housing, and wherein the sensors are arranged in end regions of the measurement tube such that the sound path forms a non-vanishing acute angle with the direction of flow of the medium, characterised in that the sound path is formed without reflections, wherein the sensors are each housed in a receptacle which is formed in a region protruding from the edge of the measurement tube next to a respective opening in the measurement tube.
A method of manufacturing a casting comprising: heating a ceramic mold comprising a gate inlet, the ceramic mold being formed by investment casting; melting a metallic composition; presenting the ceramic mold to a casting station such that the gate inlet is in fluid communication with the molten metallic composition; casting against gravity the molten metallic composition into the heated mold through the gate inlet; rotating the mold to position with the gate inlet in an upward direction while the metallic composition is at least partially molten within the mold; characterized in that the method further comprises: quenching the ceramic mold having the molten metallic composition in a liquid quench medium comprising an aqueous polymer to solidify the molten metallic composition within the mold, the quenching providing control over the cooling rate and solidification rate of the metallic composition within the mold, wherein the submersion rate of the mold, the composition or the temperature of the liquid quench medium or the material of the ceramic mold can be selected. heating a ceramic mold comprising a gate inlet, the ceramic mold being formed by investment casting; melting a metallic composition; presenting the ceramic mold to a casting station such that the gate inlet is in fluid communication with the molten metallic composition; casting against gravity the molten metallic composition into the heated mold through the gate inlet; rotating the mold to position with the gate inlet in an upward direction while the metallic composition is at least partially molten within the mold; characterized in that the method further comprises: quenching the ceramic mold having the molten metallic composition in a liquid quench medium comprising an aqueous polymer to solidify the molten metallic composition within the mold, the quenching providing control over the cooling rate and solidification rate of the metallic composition within the mold, wherein the submersion rate of the mold, the composition or the temperature of the liquid quench medium or the material of the ceramic mold can be selected.
A method for line pressure monitoring in a bidirectionally used line section of a connecting line device in an energy system, in particular in a home energy system, wherein a first energy source device and a first energy sink device are provided on the first side of the bidirectional line section, and wherein a second energy source device and a second energy sink device are provided on the second side of the bidirectional line section, characterized in that by means of two pressure measuring devices (50, 51), which are provided spatially separated from one another in the bidirectional line section, a first pressure and a second pressure prevailing at the locations of the pressure measuring devices (50, 51) are detected, and in that a check of the line pressure in the bidirectional line section is carried out by means of an evaluation of the pressures (P1, P2) detected by the pressure measuring devices (50, 51), by setting the detected pressures (P1, P2) in relation to one another.