mhurhangee/patent-ind-claim-en huggingface dataset:
A fuel injection assembly for an internal combustion engine having a longitudinal axis and including an elongate fuel injector , an injector cup and a holding element for securing the fuel injector in the injector cup , wherein the injector cup extends along the longitudinal axis, the injector cup has an upper end and a lower end, the injector cup having an opening in its lower end adapted to receive a fuel inlet port of the fuel injector such that a fuel outlet port of the injector projects from the lower end of the injector cup , a first opening or openings being formed in the peripheral wall of the injector cup for receiving the holding element , the holding element being generally U-shaped having two generally parallel arms adapted to engage opposite sides of an annular groove in the fuel injector to secure the fuel injector in the injector cup , wherein the annular groove is defined in part by an annular flange having a profiled surface engageable by a profiled surface on the arms of the holding element when the fuel injector is secured to the injector cup , to provide a line or point contact between the fuel injector and the holding element , characterized in that the fuel injection assembly includes an indexing clip which has resilient arms engageable with an engagement surface on the injector cup to locate the clip accurately on the cup and further including a protrusion projecting generally perpendicularly from the resilient arms and engageable in a recess in the fuel injector to lock the fuel injector in a desired angular position relative to the injector cup . the annular groove is defined in part by an annular flange having a profiled surface engageable by a profiled surface on the arms of the holding element when the fuel injector is secured to the injector cup , to provide a line or point contact between the fuel injector and the holding element , characterized in that the fuel injection assembly includes an indexing clip which has resilient arms engageable with an engagement surface on the injector cup to locate the clip accurately on the cup and further including a protrusion projecting generally perpendicularly from the resilient arms and engageable in a recess in the fuel injector to lock the fuel injector in a desired angular position relative to the injector cup .
A wheel assembly comprising: a wheel, the wheel having a hub and a rim concentrically mounted to the hub ; a plurality of deformable chambers disposed outwardly of the rim, each chamber extending about a discreet portion of the wheel and containing a transition substance ; and an actuator configured to transform the transition substance within each chamber between: a fluid state in which the deformable chamber can deform into a conformal state as the wheel encounters an obstacle during use; and, a rigid state in which the transition substance is rigidified to maintain the deformable chamber in said conformal state to provide increased purchase on said obstacle. a wheel, the wheel having a hub and a rim concentrically mounted to the hub ; a plurality of deformable chambers disposed outwardly of the rim, each chamber extending about a discreet portion of the wheel and containing a transition substance ; and an actuator configured to transform the transition substance within each chamber between: a fluid state in which the deformable chamber can deform into a conformal state as the wheel encounters an obstacle during use; and, a rigid state in which the transition substance is rigidified to maintain the deformable chamber in said conformal state to provide increased purchase on said obstacle. a fluid state in which the deformable chamber can deform into a conformal state as the wheel encounters an obstacle during use; and, a rigid state in which the transition substance is rigidified to maintain the deformable chamber in said conformal state to provide increased purchase on said obstacle.
A method of wrapping goods comprising: providing goods on a pallet , the pallet having a top surface having the goods thereon and at least one side surface , the top surface being located above a floor ; providing a wrapping machine with a base and a wrapping arm having a roll of wrap film ; providing the base of the wrapping machine with at least one front wheel and at least one rear wheel ; positioning a portion of the wrapping machine adjacent the at least one side surface of the pallet ; and encircling the goods on the pallet with the wrapping arm to wrap the wrap film around the goods , a circle of rotation of the wrapping arm forming a periphery of a wrap circle area , the at least one front wheel of the base of the wrapping machine being located within the wrap circle area when the pallet is viewed from above; wherein no part of the wrapping machine is located under the pallet during the step of encircling the goods on the pallet . providing goods on a pallet , the pallet having a top surface having the goods thereon and at least one side surface , the top surface being located above a floor ; providing a wrapping machine with a base and a wrapping arm having a roll of wrap film ; providing the base of the wrapping machine with at least one front wheel and at least one rear wheel ; positioning a portion of the wrapping machine adjacent the at least one side surface of the pallet ; and encircling the goods on the pallet with the wrapping arm to wrap the wrap film around the goods , a circle of rotation of the wrapping arm forming a periphery of a wrap circle area , the at least one front wheel of the base of the wrapping machine being located within the wrap circle area when the pallet is viewed from above; wherein no part of the wrapping machine is located under the pallet during the step of encircling the goods on the pallet .
A sensor package, comprising - an integrated device comprising a sensitive element which is sensitive to one or more of humidity, temperature, gas, pressure, gas flow or differential pressure, - a front side of a material A, wherein the material A comprises mold compound, - a back side of a material B opposite to the front side , wherein the material B comprises mold compound and metal of a lead frame, - side walls that link the front side and the back side , each side wall being coated with a coating material to at least 80 % of its area, the coating material being different from the material A and being different from the material B, wherein the coating material is a glue or an encapsulant, each with less than 10 % filler particles, wherein one of: - the front side is free from coating material ; or - the coating material coated on at least one of the side walls wraps around a lateral end of the front side and/or back side and covers less than 20 % of the area of the front side and/or back side . - an integrated device comprising a sensitive element which is sensitive to one or more of humidity, temperature, gas, pressure, gas flow or differential pressure, - a front side of a material A, wherein the material A comprises mold compound, - a back side of a material B opposite to the front side , wherein the material B comprises mold compound and metal of a lead frame, - side walls that link the front side and the back side , each side wall being coated with a coating material to at least 80 % of its area, the coating material being different from the material A and being different from the material B, wherein the coating material is a glue or an encapsulant, each with less than 10 % filler particles, wherein one of: - the front side is free from coating material ; or - the coating material coated on at least one of the side walls wraps around a lateral end of the front side and/or back side and covers less than 20 % of the area of the front side and/or back side . - the front side is free from coating material ; or - the coating material coated on at least one of the side walls wraps around a lateral end of the front side and/or back side and covers less than 20 % of the area of the front side and/or back side .
A furniture drive system for a furniture part that is movably mounted on a furniture carcass , with - a mechanical actuating unit , which has at least one pivotably mounted actuating arm for moving the movable furniture part and at least one energy storage mechanism for applying force to the at least one actuating arm , an electric drive unit , which is designed as an assembly formed separate from the mechanical actuating unit and which has at least one electric motor for the electromotive support of the movement of the movable furniture part and at least one driver , that can be driven by the at least one electric motor , for transmitting a torque of the electric motor to the mechanical actuating unit , wherein at least one damping device for damping the movement of the movable furniture part which is formed as a mechanical damping device, is arranged in the assembly of the electric drive unit , and wherein the mechanical actuating unit also comprises at least one damping device for damping the movement of the movable furniture part characterized in that at least the at least one damping device arranged in the assembly of the electric drive unit is formed as a linear dashpot with a cylinder and a piston movable relative thereto, preferably wherein a stop for acting on the linear dashpot is arranged on the cylinder , wherein alternatively or in addition to the linear dashpot, a rotary dashpot can also be used. - a mechanical actuating unit , which has at least one pivotably mounted actuating arm for moving the movable furniture part and at least one energy storage mechanism for applying force to the at least one actuating arm ,
An apparatus for estimating body temperature, the apparatus comprising: a first temperature sensor configured to measure a surface temperature (T1) of an object; a second temperature sensor configured to measure a surface temperature (T2) of a material, which is positioned between the first temperature sensor and the second temperature sensor ; and a processor configured to obtain a heat flux (T1-T2) based on the surface temperature (T1) of the object and the surface temperature (T2) of the material, configured to estimate a wrist temperature (Twrist) of the object based on the obtained heat flux (T1-T2) and the surface temperature (T1) of the object, and configured to estimate a core body temperature (Tcore) of the object based on the estimated wrist temperature (Twrist) of the object and a heat loss coefficient (α) between a core and a wrist wherein the processor is further configured to obtain the heat flux (T1-T2) based on a value obtained by subtracting the surface temperature (T2) of the material from the surface temperature (T1) of the object, and to estimate the wrist temperature (Twrist) of the object based on a resistance value (Rinsulator) of the material, the heat flux (T1-T2), a predetermined skin heat transfer coefficient (β), and the surface temperature (T1) of the object. a first temperature sensor configured to measure a surface temperature (T1) of an object; a second temperature sensor configured to measure a surface temperature (T2) of a material, which is positioned between the first temperature sensor and the second temperature sensor ; and a processor configured to obtain a heat flux (T1-T2) based on the surface temperature (T1) of the object and the surface temperature (T2) of the material, configured to estimate a wrist temperature (Twrist) of the object based on the obtained heat flux (T1-T2) and the surface temperature (T1) of the object, and configured to estimate a core body temperature (Tcore) of the object based on the estimated wrist temperature (Twrist) of the object and a heat loss coefficient (α) between a core and a wrist wherein the processor is further configured to obtain the heat flux (T1-T2) based on a value obtained by subtracting the surface temperature (T2) of the material from the surface temperature (T1) of the object, and to estimate the wrist temperature (Twrist) of the object based on a resistance value (Rinsulator) of the material, the heat flux (T1-T2), a predetermined skin heat transfer coefficient (β), and the surface temperature (T1) of the object.
Structure for supporting an information or surveillance device above a road, the structure comprising: - at least one post extending upwards from the ground to an elevated position, - at least one overhead beam which is supported by said post, the overhead beam extending over a horizontal distance above the road, - at least one information or surveillance device being connected to said overhead beam and being positioned above the road, - a catwalk extending along the overhead beam , characterized in that said catwalk comprises a guard rail assembly which is movable between: • an operating position in which the guard rail assembly extends upwardly from a floor of the catwalk and protects personnel from falling from the catwalk, and • a retracted, non-operating position in which the guard rail assembly is concealed behind the overhead beam when viewed from a direction of approaching traffic on the road. - at least one post extending upwards from the ground to an elevated position, - at least one overhead beam which is supported by said post, the overhead beam extending over a horizontal distance above the road, - at least one information or surveillance device being connected to said overhead beam and being positioned above the road, - a catwalk extending along the overhead beam , • an operating position in which the guard rail assembly extends upwardly from a floor of the catwalk and protects personnel from falling from the catwalk, and • a retracted, non-operating position in which the guard rail assembly is concealed behind the overhead beam when viewed from a direction of approaching traffic on the road.
An apparatus (100A - 100G) comprising: an interface of the apparatus (100A - 100G), to receive first data from a first peer device (100A - 100G), wherein the apparatus (100A - 100G) and the first peer device (100A - 100G) are devices in a distributed network of devices (100A - 100G); a data comparator to compare the first measurement data measured by the first peer device (100A - 100G) to a second measurement, the second measurement being measured locally by the apparatus (100A - 100G); a protocol determiner to determine if there is a leader device (100A - 100G) in the distributed network of devices (100A - 100G); an operation adjuster to, when the protocol determiner determines that there is no leader device (100A - 100G) and when the comparison result satisfies a match threshold, adjust a measurement protocol of the first peer device (100A - 100G), and when the protocol determiner determines that there is a leader device (100A - 100G), to transmit the comparison result to the leader device (100A - 100G) and, if instructions are received from the leader device (100A - 100G), to adjust an operation of the apparatus (100A - 100G) based on the received instructions. an interface of the apparatus (100A - 100G), to receive first data from a first peer device (100A - 100G), wherein the apparatus (100A - 100G) and the first peer device (100A - 100G) are devices in a distributed network of devices (100A - 100G); a data comparator to compare the first measurement data measured by the first peer device (100A - 100G) to a second measurement, the second measurement being measured locally by the apparatus (100A - 100G); a protocol determiner to determine if there is a leader device (100A - 100G) in the distributed network of devices (100A - 100G); an operation adjuster to, when the protocol determiner determines that there is no leader device (100A - 100G) and when the comparison result satisfies a match threshold, adjust a measurement protocol of the first peer device (100A - 100G), and when the protocol determiner determines that there is a leader device (100A - 100G), to transmit the comparison result to the leader device (100A - 100G) and, if instructions are received from the leader device (100A - 100G), to adjust an operation of the apparatus (100A - 100G) based on the received instructions.
A target transport system (1;100) for a radionuclide generation system, said target transport system (1;100) comprising: - a conduit for transporting irradiation targets through the radionuclide generation system; - a target drive system configured to drive the irradiation targets through said conduit ; - a counting system configured for counting the number of irradiation targets passing though the conduit ; characterized in that said counting system comprises at least two distance sensors , each configured for measuring a radial distance (d 1 , d 2 ) between the distance sensor and the irradiation target , said distance sensors being arranged at a same axial position along the conduit and being regularly spaced along the circumference of the conduit with a constant angular spacing. - a conduit for transporting irradiation targets through the radionuclide generation system; - a target drive system configured to drive the irradiation targets through said conduit ; - a counting system configured for counting the number of irradiation targets passing though the conduit ;
A method performed by a computer, the method comprising: prior to performing instruction scheduling on program source code, for each basic block of a plurality of basic blocks of the program source code, determining a register pressure at a boundary of the basic block; determining whether the register pressure at the boundary of the basic block is greater than a target register pressure; based on the register pressure at the boundary of the basic block being greater than the target register pressure, performing analysis to identify one or more candidate instructions in the basic block suitable for rematerialization to reduce the register pressure at the boundary of the basic block; and performing a rematerialization operation on at least one of the one or more candidate instructions to reduce the register pressure at the boundary of the basic block to be less than the target register pressure. determining a register pressure at a boundary of the basic block; determining whether the register pressure at the boundary of the basic block is greater than a target register pressure; based on the register pressure at the boundary of the basic block being greater than the target register pressure, performing analysis to identify one or more candidate instructions in the basic block suitable for rematerialization to reduce the register pressure at the boundary of the basic block; and performing a rematerialization operation on at least one of the one or more candidate instructions to reduce the register pressure at the boundary of the basic block to be less than the target register pressure.
Flat face male hydraulic coupling comprising: - a body with a continuous passage having a first section with a first diameter (d 1 ) and a second section diameter (d 2 ), wherein the first diameter (d 1 ) is smaller than the second diameter (d 2 ); - a valve body assembly arranged movable in the continuous passage , which valve body assembly comprises a first valve portion and a second valve portion telescopic arranged around the first valve portion , wherein the first valve portion is movable between a first, second and third position and wherein the second valve portion is taken along by the first valve portion between the second and third position; - first sealing means for sealing the first valve portion in the first position to a surface of the continuous passage ; - second sealing means for sealing the second valve portion in the second position to the surface of the continuous passage ; and - third sealing means for sealing the first valve portion to the second valve portion , wherein the third sealing means is at least a two stage sealing and wherein a relief passage is arranged in the second valve portion extending in radial direction and between the two stages of the two stage sealing ; characterized in that the first valve portion is provided with a recess in an outer surface, which recess is positioned outside of the third sealing means in the first position and which recess overlaps with one stage of the two stage sealing in the second position, such that pressure is relieved over the second sealing means via the relief passage and the recess . - a body with a continuous passage having a first section with a first diameter (d 1 ) and a second section diameter (d 2 ), wherein the first diameter (d 1 ) is smaller than the second diameter (d 2 ); - a valve body assembly arranged movable in the continuous passage , which valve body assembly comprises a first valve portion and a second valve portion telescopic arranged around the first valve portion , wherein the first valve portion is movable between a first, second and third position and wherein the second valve portion is taken along by the first valve portion between the second and third position; - first sealing means for sealing the first valve portion in the first position to a surface of the continuous passage ; - second sealing means for sealing the second valve portion in the second position to the surface of the continuous passage ; and - third sealing means for sealing the first valve portion to the second valve portion , wherein the third sealing means is at least a two stage sealing and wherein a relief passage is arranged in the second valve portion extending in radial direction and between the two stages of the two stage sealing ;
An additive suitable for gasoline, the additive providing lubricity and comprising a lubricity additive mixture of (i) at least one neutral lubricity additive prepared by reacting a hydrocarbyl-substituted succinic anhydride with ammonia wherein the hydrocarbyl substituent includes 8 to 20 carbons and (ii) at least one linear monocarboxylic acid or salt thereof having a carbon chain of 16 to 20 carbons, the linear monocarboxylic acid or salt thereof being saturated, unsaturated, or including mixtures thereof, and when (ii) is the at least one linear monocarboxylic acid, a weight ratio of (i) an amount of the at least one neutral lubricity additive divided by (ii) an amount of the at least one linear monocarboxylic acid is 0.2 to 5 and when (ii) is the at least one linear monocarboxylic acid salt, a weight ratio of (i) an amount of the at least one neutral lubricity additive divided by (ii) an amount of the at least one linear monocarboxylic acid salt is 2 to 27.8; and the lubricity additive mixture being suitable to provide 1.71 to 30.9 mg/l (0.6 to 10.8 PTB) of (i) and 0.86 to 2.86 mg/l (0.3 to 1.0 PTB) of (ii) when used in a spark-ignitable fuel together.