mhurhangee/patent-ind-claim-en huggingface dataset:
A fuel piping element for liquid lines for connecting a fuel accumulator to a supply unit that supplies the combustion chambers of a motor vehicle engine with fuel, comprising an external pipe and an internal body arranged in a connection portion inside the external pipe , characterized in that - a buffer portion is provided, which adjoins the connection portion and is designed as a storage space for holding a quantity of fuel required when needed, - the buffer portion comprises a buffer chamber , which is circumferentially delimited by the inner diameter of the external pipe , - the internal body abuts the inner surface of the external pipe , and - the fuel piping element comprises a bend and the internal body ends in the region of the bend such that the buffer chamber is wedge-shaped. - a buffer portion is provided, which adjoins the connection portion and is designed as a storage space for holding a quantity of fuel required when needed, - the buffer portion comprises a buffer chamber , which is circumferentially delimited by the inner diameter of the external pipe , - the internal body abuts the inner surface of the external pipe , and - the fuel piping element comprises a bend and the internal body ends in the region of the bend such that the buffer chamber is wedge-shaped.
A jitter correction system comprising: at least one fast steering mirror 'FSM' configured to receive a beacon illuminator 'BIL' beam transmitted by a BIL and steer the BIL beam to be spatially and angularly offset from a high energy laser 'HEL' beam transmitted by a HEL , wherein the HEL beam is aimed at a first location on an airborne target , the BIL beam is aimed at a second location on the target, and the second location is offset from the first location; and at least one Coud6 path FSM configured to simultaneously receive both the HEL beam and the BIL beam and steer the HEL beam and the BIL beam to correct for atmospheric jitter of the HEL beam and the BIL beam while maintaining the offset of the BIL beam from the HEL beam. at least one fast steering mirror 'FSM' configured to receive a beacon illuminator 'BIL' beam transmitted by a BIL and steer the BIL beam to be spatially and angularly offset from a high energy laser 'HEL' beam transmitted by a HEL , wherein the HEL beam is aimed at a first location on an airborne target , the BIL beam is aimed at a second location on the target, and the second location is offset from the first location; and at least one Coud6 path FSM configured to simultaneously receive both the HEL beam and the BIL beam and steer the HEL beam and the BIL beam to correct for atmospheric jitter of the HEL beam and the BIL beam while maintaining the offset of the BIL beam from the HEL beam.
A magnetic rotary seal with improved drain back, comprising: (a) a housing adapted to matingly engage a fixed opening, wherein the housing includes an annular retaining member ; (b) a stator positioned within the housing , wherein the stator includes a first resilient sealing member adapted to sealingly contact the housing , and a first frictional sealing face ; (c) a rotor positioned between the annular retaining member of the housing and the stator , wherein the rotor includes a second resilient sealing member , characterised in that said second resilient member is adapted to sealingly contact a shaft, and further includes a second frictional sealing face ; at least one magnet operatively positioned between the stator and the rotor urging engagement of the first frictional sealing face of the stator with the second frictional sealing face of the rotor; wherein the housing further includes an annular channel for receiving lubricating fluids from within the seal, and a drain port in fluidic communication with the channel and wherein the annular retaining member includes one or more expulsion ports formed therein to permit lubricating fluids to move away from the rotor and into the channel during operation of the seal. (a) a housing adapted to matingly engage a fixed opening, wherein the housing includes an annular retaining member ; (b) a stator positioned within the housing , wherein the stator includes a first resilient sealing member adapted to sealingly contact the housing , and a first frictional sealing face ; (c) a rotor positioned between the annular retaining member of the housing and the stator , wherein the rotor includes a second resilient sealing member , characterised in that said second resilient member is adapted to sealingly contact a shaft, and further includes a second frictional sealing face ; at least one magnet operatively positioned between the stator and the rotor urging engagement of the first frictional sealing face of the stator with the second frictional sealing face of the rotor;
Apparatus for drying items with a excess and low pressure resisting drying chamber that is connected via at least one valve with a pipeline , wherein the pipeline is connected to a vacuum chamber and the vacuum chamber is connected to a vacuum pump via a valve and via a suction valve to an outlet, wherein the valves are fast-acting to abruptly generate a a low pressure in the drying chamber and therewith initiate a delay in boiling, whereby remaining liquids on items located in the drying chamber will be distributed on other surfaces in the drying chamber , from where they adsorb energy and boil almost completely, wherein in the pipeline of the drying chamber to the vacuum chamber one or more injection nozzle is arranged via which water can be sprayed into the pipeline .
Actuation device for actuating the front derailleur of a bicycle, comprising: - a control pin , configured to be set in rotation by a control lever, rotatable about a rotation axis (X) in a first angular direction (A) between a first angular position and a last angular position and in a second angular direction (B) between the last angular position and the first angular position, - a cable-winding bush angularly rotatable about said rotation axis (X) in said first angular direction (A) to wind a control cable between a first winding position and a last winding position and in said second angular direction (B) to unwind said control cable between the last winding position and the first winding position, - an indexer configured to define a plurality of stop areas for the rotation of said control pin , each stop area corresponding to an angular position comprised between said first angular position and said last angular position of said control pin , - characterized by elastic members active between said control pin and said cable-winding bush configured to make the control pin fixedly connected to the cable-winding bush during rotations of the latter between the first winding position and the last winding position and between the last winding position and the first winding position and to make said control pin rotatable with respect to said cable-winding bush between the last winding position of the cable-winding bush and the last angular position of the control pin . - a control pin , configured to be set in rotation by a control lever, rotatable about a rotation axis (X) in a first angular direction (A) between a first angular position and a last angular position and in a second angular direction (B) between the last angular position and the first angular position, - a cable-winding bush angularly rotatable about said rotation axis (X) in said first angular direction (A) to wind a control cable between a first winding position and a last winding position and in said second angular direction (B) to unwind said control cable between the last winding position and the first winding position, - an indexer configured to define a plurality of stop areas for the rotation of said control pin , each stop area corresponding to an angular position comprised between said first angular position and said last angular position of said control pin , - characterized by elastic members active between said control pin and said cable-winding bush configured to make the control pin fixedly connected to the cable-winding bush during rotations of the latter between the first winding position and the last winding position and between the last winding position and the first winding position and to make said control pin rotatable with respect to said cable-winding bush between the last winding position of the cable-winding bush and the last angular position of the control pin .
A beverage dispenser comprising: a vessel that defines an internal volume , a lower opening , and an upper opening ; a dispensing tap ; a dispenser assembly ; and a dispensing tube that couples the dispensing tap to the dispenser assembly , wherein the dispenser assembly includes: a liquid level gauge structure , a riser tube that is positioned within the liquid level gauge structure , wherein the riser tube defines a riser volume , and wherein a gauge volume is defined between the liquid level gauge structure and the riser tube , a lower housing , a portion of which penetrates the vessel at the lower opening , wherein the lower housing is configured such that, at the lower housing , the riser volume and the gauge volume are in fluid communication with the internal volume , and an upper housing , a portion of which penetrates the vessel at the upper opening , wherein the upper housing is configured such that, at the upper housing , the internal volume is in fluid communication with only the gauge volume and the riser tube is in fluid communication with a volume defined by the dispensing tube. a vessel that defines an internal volume , a lower opening , and an upper opening ; a dispensing tap ; a dispenser assembly ; and a dispensing tube that couples the dispensing tap to the dispenser assembly , wherein the dispenser assembly includes: a liquid level gauge structure , a riser tube that is positioned within the liquid level gauge structure , wherein the riser tube defines a riser volume , and wherein a gauge volume is defined between the liquid level gauge structure and the riser tube , a lower housing , a portion of which penetrates the vessel at the lower opening , wherein the lower housing is configured such that, at the lower housing , the riser volume and the gauge volume are in fluid communication with the internal volume , and an upper housing , a portion of which penetrates the vessel at the upper opening , wherein the upper housing is configured such that, at the upper housing , the internal volume is in fluid communication with only the gauge volume and the riser tube is in fluid communication with a volume defined by the dispensing tube. a liquid level gauge structure , a riser tube that is positioned within the liquid level gauge structure , wherein the riser tube defines a riser volume , and wherein a gauge volume is defined between the liquid level gauge structure and the riser tube , a lower housing , a portion of which penetrates the vessel at the lower opening , wherein the lower housing is configured such that, at the lower housing , the riser volume and the gauge volume are in fluid communication with the internal volume , and an upper housing , a portion of which penetrates the vessel at the upper opening , wherein the upper housing is configured such that, at the upper housing , the internal volume is in fluid communication with only the gauge volume and the riser tube is in fluid communication with a volume defined by the dispensing tube.
A rock claw for attaching to a corner of a demolition hammer , the demolition hammer comprising a housing having a first side wall , a second side wall , and an end wall , wherein an intersection of the first side wall , the second side wall , and the end wall define the corner, wherein the rock claw comprises: a first wall having a first inner side surface ; a second wall having a second inner side surface joined to the first inner side surface along a first intersection ; and a third wall having a third inner side surface , the third inner side surface joined to the first inner side surface along a second intersection and the third inner side surface joined to the second inner side surface along a third intersection , wherein the first wall is for covering a portion of the first side wall , the second wall is for covering a portion of the second side wall , and the third wall is for covering a portion of the end wall , wherein the first and second inner side surfaces include a height (H1) and a width (W1), wherein the height (H1) is maximum at the first intersection and the width (W1) is maximum adjacent the third wall and characterised in that the shapes of the first and second walls are configured such that the rock claw is for extending further along a height of the first and second side walls at the first intersection than at a location more central to each of the first and second side walls , when the rock claw is attached to the demolition hammer. a first wall having a first inner side surface ; a second wall having a second inner side surface joined to the first inner side surface along a first intersection ; and a third wall having a third inner side surface , the third inner side surface joined to the first inner side surface along a second intersection and the third inner side surface joined to the second inner side surface along a third intersection , wherein the first wall is for covering a portion of the first side wall , the second wall is for covering a portion of the second side wall , and the third wall is for covering a portion of the end wall , wherein the first and second inner side surfaces include a height (H1) and a width (W1), wherein the height (H1) is maximum at the first intersection and the width (W1) is maximum adjacent the third wall and characterised in that the shapes of the first and second walls are configured such that the rock claw is for extending further along a height of the first and second side walls at the first intersection than at a location more central to each of the first and second side walls , when the rock claw is attached to the demolition hammer.
Wire guide block comprising a guide hole for guiding a plurality n of metal wire elements k, each metal wire element k having a radius r 1,k , the guide hole comprising: - a plurality of n centring portions , each centring portion being configured to centre a metal wire element k along a centring axis A c orthogonal to a discharging plane P i of the metal wire element, each centring portion being inscribed, in the plane P i , in a circle C i centred on a point of the centring axis A c and having a radius r 2,k that is greater than or equal to 1.03 r 1,k and is less than or equal to 1.20 r 1,k , each centring portion being delimited by at least three centring surfaces that are tangential to the circle C i , the centring surfaces being separated from each other in pairs; - at least one main discharging portion configured to discharge a material resulting from the abrasion of the metal wire elements when they pass between the centring surfaces of the centring portions ; said main discharging portion forming a passage connecting together at least two centring portions . - a plurality of n centring portions , each centring portion being configured to centre a metal wire element k along a centring axis A c orthogonal to a discharging plane P i of the metal wire element, each centring portion being inscribed, in the plane P i , in a circle C i centred on a point of the centring axis A c and having a radius r 2,k that is greater than or equal to 1.03 r 1,k and is less than or equal to 1.20 r 1,k , each centring portion being delimited by at least three centring surfaces that are tangential to the circle C i , the centring surfaces being separated from each other in pairs; - at least one main discharging portion configured to discharge a material resulting from the abrasion of the metal wire elements when they pass between the centring surfaces of the centring portions ;
A dip molding composition comprising, at least: an elastomer that contains a (meth)acrylonitrile-derived structural unit, an unsaturated carboxylic acid-derived structural unit, and a butadiene-derived structural unit in a polymer main chain; a polycarbodiimide; and an alkali metal hydroxide; and water, wherein the elastomer contains the (meth)acrylonitrile-derived structural unit in an amount of 20 to 40% by weight, the unsaturated carboxylic acid-derived structural unit in an amount of 1 to 10% by weight, and the butadiene-derived structural unit in an amount of 50 to 75% by weight, the polycarbodiimide comprises at least one polycarbodiimide containing a hydrophilic segment in its molecular structure, and is added in an amount of larger than 0.2% by weight but 4.0% by weight or less with respect to a total solid content of the dip molding composition, and the dip molding composition has a pH of 9.5 to 10.5, characterized in that the polycarbodiimide has a shell-core structure in the dip molding composition, and the polycarbodiimide has a carbodiimide equivalent in a range of 260 to 440, wherein the carbodiimide equivalent is calculated according to the equation below: carbodiimide equivalent = number of carbodiimide groups per molecule × 100 / Carbodiimide group concentration % . an elastomer that contains a (meth)acrylonitrile-derived structural unit, an unsaturated carboxylic acid-derived structural unit, and a butadiene-derived structural unit in a polymer main chain; a polycarbodiimide; and an alkali metal hydroxide; and water, wherein the elastomer contains the (meth)acrylonitrile-derived structural unit in an amount of 20 to 40% by weight, the unsaturated carboxylic acid-derived structural unit in an amount of 1 to 10% by weight, and the butadiene-derived structural unit in an amount of 50 to 75% by weight, the polycarbodiimide comprises at least one polycarbodiimide containing a hydrophilic segment in its molecular structure, and is added in an amount of larger than 0.2% by weight but 4.0% by weight or less with respect to a total solid content of the dip molding composition, and the dip molding composition has a pH of 9.5 to 10.5, characterized in that the polycarbodiimide has a shell-core structure in the dip molding composition, and the polycarbodiimide has a carbodiimide equivalent in a range of 260 to 440, wherein the carbodiimide equivalent is calculated according to the equation below: carbodiimide equivalent = number of carbodiimide groups per molecule × 100 / Carbodiimide group concentration % .
A stereostructure containing a conductive material, comprising: a core portion and a porous portion located around the core portion , wherein: the porous portion 1 located inside a position which is inside from an outer edge of the porous portion by 3/20 of a diameter of the stereostructure in an arbitrary cross section of the stereostructure has a void ratio per unit area of less than or equal to 80%; an inner edge of the porous portion has minute radial irregularities along the entire periphery; the porous portion is provided by removing a portion of a base material by etching or the like; the shape of the base material is a wire-like shape or a block-like shape not including a shape having a thickness of less than or equal to 1 mm; and the base material is constituted of aluminum. a core portion and a porous portion located around the core portion , wherein: the porous portion 1 located inside a position which is inside from an outer edge of the porous portion by 3/20 of a diameter of the stereostructure in an arbitrary cross section of the stereostructure has a void ratio per unit area of less than or equal to 80%; an inner edge of the porous portion has minute radial irregularities along the entire periphery; the porous portion is provided by removing a portion of a base material by etching or the like; the shape of the base material is a wire-like shape or a block-like shape not including a shape having a thickness of less than or equal to 1 mm; and the base material is constituted of aluminum. the porous portion 1 located inside a position which is inside from an outer edge of the porous portion by 3/20 of a diameter of the stereostructure in an arbitrary cross section of the stereostructure has a void ratio per unit area of less than or equal to 80%; an inner edge of the porous portion has minute radial irregularities along the entire periphery; the porous portion is provided by removing a portion of a base material by etching or the like; the shape of the base material is a wire-like shape or a block-like shape not including a shape having a thickness of less than or equal to 1 mm; and the base material is constituted of aluminum.
A method for performing communications by first user equipment , comprising: establishing a communication session between the first user equipment and a second user equipment using a first form of communication, wherein the communication session supports multiple and simultaneous forms of communication; determining , by the first user equipment during the established communication session, to select a second form of communication to conduct the established communication session; and transcoding , during the established communication session, the second form of communication by the first user equipment to the first form of communication for the second user equipment , further comprising: determining contextual information for the second form of communication to conduct the communication session, wherein the selecting of the second form of communication is based, at least in part, on the contextual information, and causing transmission of information using a selected communication template generated based on the contextual information and the second form of communication during the communication session. establishing a communication session between the first user equipment and a second user equipment using a first form of communication, wherein the communication session supports multiple and simultaneous forms of communication; determining , by the first user equipment during the established communication session, to select a second form of communication to conduct the established communication session; and transcoding , during the established communication session, the second form of communication by the first user equipment to the first form of communication for the second user equipment , further comprising: determining contextual information for the second form of communication to conduct the communication session, wherein the selecting of the second form of communication is based, at least in part, on the contextual information, and causing transmission of information using a selected communication template generated based on the contextual information and the second form of communication during the communication session.