mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid coupler for controlling a flow of fluid therethrough, the fluid coupler comprising: an outer body ; an end connector being at least partially received inside the outer body and configured to receive fluid; an inner body disposed inside the outer body, the inner body being moveable with respect to the outer body; a seat holder located inside of the inner body; a valve seat engaged to the seat holder, the valve seat moveable between a closed position, where the valve seat engages an inner surface of the inner body to prevent flow through the fluid coupler, and an open position where the valve seat is disengaged from the inner surface of the inner body; and a connector at least partially housed within the inner body, the connector comprising a first end secured to the seat holder; wherein the fluid coupler defines a fluid flow path isolated from the outer body, the fluid flow path enabling fluid flowing therethrough to contact and flow through the end connector, the inner body, the seat holder, and the connector. an outer body ; an end connector being at least partially received inside the outer body and configured to receive fluid; an inner body disposed inside the outer body, the inner body being moveable with respect to the outer body; a seat holder located inside of the inner body; a valve seat engaged to the seat holder, the valve seat moveable between a closed position, where the valve seat engages an inner surface of the inner body to prevent flow through the fluid coupler, and an open position where the valve seat is disengaged from the inner surface of the inner body; and a connector at least partially housed within the inner body, the connector comprising a first end secured to the seat holder; wherein the fluid coupler defines a fluid flow path isolated from the outer body, the fluid flow path enabling fluid flowing therethrough to contact and flow through the end connector, the inner body, the seat holder, and the connector.
Soil tillage implement having a supporting frame comprising spars , having a plurality of harrow tines pivotably arranged on the supporting frame , wherein a spring is associated with each of the harrow tines , wherein the operative position of the harrow tines is determined by a stop arranged on the supporting frame , and wherein the harrow tines are pretensioned into their operative position by the springs, characterized in that the springs are pneumatic springs, in particular pneumatic cylinders , and in that the pneumatic springs are acted upon by compressed air via pressure-regulating valves.
A shaped charge comprising a reactive liner, the reactive liner having a composition including at least two metals that react with each other exothermically in use of the shaped charge; and at least one other metal, the at least one other metal not being capable of exothermic reaction with the at least two metals that react, the at least one other metal being selected from copper and tungsten; characterized in that said other metal being in an amount greater than 40 wt. % of the liner .
A computer-implemented method for graphics processing, comprising: dividing a render target into a plurality of bins, wherein the render target includes a plurality of primitives and a plurality of pixels; performing a visibility pass using ray tracing to generate a visibility stream wherein using ray tracing to generate the visibility stream includes: casting a ray through each pixel of the render target; performing ray intersection tests to determine, for each bin of the plurality of bins, which primitives are visible in the bin; and based on the ray intersection tests, generating the visibility stream such that the visibility stream indicates, for each bin of the plurality of bins, which primitives are visible in the bin; and for each bin of the plurality of bins, rendering, using rasterization, each primitive in the respective bin that is indicated in the visibility stream as being visible in the bin. dividing a render target into a plurality of bins, wherein the render target includes a plurality of primitives and a plurality of pixels; performing a visibility pass using ray tracing to generate a visibility stream wherein using ray tracing to generate the visibility stream includes: casting a ray through each pixel of the render target; performing ray intersection tests to determine, for each bin of the plurality of bins, which primitives are visible in the bin; and casting a ray through each pixel of the render target; performing ray intersection tests to determine, for each bin of the plurality of bins, which primitives are visible in the bin; and based on the ray intersection tests, generating the visibility stream such that the visibility stream indicates, for each bin of the plurality of bins, which primitives are visible in the bin; and for each bin of the plurality of bins, rendering, using rasterization, each primitive in the respective bin that is indicated in the visibility stream as being visible in the bin.
Apparatus of use for generating a gas, the apparatus comprising: - an enclosure defining an internal space for containing a liquid capable of generating the gas by coming into contact with a catalyst ; - a catalytic system comprising first and second parts that together define a catalysis chamber for containing the catalyst, the first and second parts being movable relative to each other, preferably in translation and/or in rotation, between a closed position, in which the catalysis chamber is isolated from the internal space, and an open position, in which the catalysis chamber is in fluid communication with the internal space, so that, when the liquid and the catalyst are respectively contained in the internal space and in the catalysis chamber, in the open position, the liquid enters the catalysis chamber and the gas is generated by bringing the liquid into contact with the catalyst; - an actuator connected to the catalytic system and configured to place the catalytic system in the open position and/or in the closed position; and - a command unit for commanding the actuator. - an enclosure defining an internal space for containing a liquid capable of generating the gas by coming into contact with a catalyst ; - a catalytic system comprising first and second parts that together define a catalysis chamber for containing the catalyst, the first and second parts being movable relative to each other, preferably in translation and/or in rotation, between a closed position, in which the catalysis chamber is isolated from the internal space, and an open position, in which the catalysis chamber is in fluid communication with the internal space, so that, when the liquid and the catalyst are respectively contained in the internal space and in the catalysis chamber, in the open position, the liquid enters the catalysis chamber and the gas is generated by bringing the liquid into contact with the catalyst; - an actuator connected to the catalytic system and configured to place the catalytic system in the open position and/or in the closed position; and - a command unit for commanding the actuator.
A semiconductor standard cell , comprising: an N-type diffusion area extending across the cell and also outside of the cell ; a P-type diffusion area extending across the cell and also outside of the cell ; at least one conductive gate above each diffusion area to create a semiconductive device; a pair of dummy gates , each dummy gate disposed above the N-type diffusion area and the P-type diffusion area to create at least a pair of dummy devices, the pair of dummy gates being disposed at opposite edges of the cell ; the dummy gates being separated into respective PMOS and NMOS portions; and at least two conductive lines configured to couple one portion of at least one of the dummy gates to power and to couple the other portion of the at least one of the dummy gates to ground for disabling the at least one dummy device; in which the at least one dummy gate coupled to the at least two conductive lines is disposed on only one edge of the cell . an N-type diffusion area extending across the cell and also outside of the cell ; a P-type diffusion area extending across the cell and also outside of the cell ; at least one conductive gate above each diffusion area to create a semiconductive device; a pair of dummy gates , each dummy gate disposed above the N-type diffusion area and the P-type diffusion area to create at least a pair of dummy devices, the pair of dummy gates being disposed at opposite edges of the cell ; the dummy gates being separated into respective PMOS and NMOS portions; and at least two conductive lines configured to couple one portion of at least one of the dummy gates to power and to couple the other portion of the at least one of the dummy gates to ground for disabling the at least one dummy device; in which the at least one dummy gate coupled to the at least two conductive lines is disposed on only one edge of the cell .
A flux-regulated permanent magnet machine (PMM) comprising: a control coil (33, 33', 33") configured to receive, from a control coil controller, direct current during a generate mode and alternating current during a motor mode; a rotating portion that includes a rotating armature winding (38, 38', 38"); and a stationary portion positioned radially exterior to the rotating portion , the stationary portion including: a ferromagnetic yoke and a plurality of permanent magnets (34, 34', 34") extending radially inward from the ferromagnetic yoke towards the rotating portion ; and characterized by a plurality of flux diverters connected between each of the plurality of adjacent permanent magnets; and wherein the control coil (33, 33', 33") is wound around each of the flux diverters . a control coil (33, 33', 33") configured to receive, from a control coil controller, direct current during a generate mode and alternating current during a motor mode; a rotating portion that includes a rotating armature winding (38, 38', 38"); and a stationary portion positioned radially exterior to the rotating portion , the stationary portion including: a ferromagnetic yoke and a plurality of permanent magnets (34, 34', 34") extending radially inward from the ferromagnetic yoke towards the rotating portion ; and characterized by a plurality of flux diverters connected between each of the plurality of adjacent permanent magnets; and wherein the control coil (33, 33', 33") is wound around each of the flux diverters . a plurality of flux diverters connected between each of the plurality of adjacent permanent magnets; and wherein the control coil (33, 33', 33") is wound around each of the flux diverters .
A device for fractionating the gaseous fraction leaving the head of the fractionation column of a catalytic cracking unit, the fraction containing LPG, light gasoline, and a residual gas termed "fuel gas" which itself contains a certain quantity of ethylene, the device comprising: - a first absorption section which can be used to separate the fuel gas and the light gasoline and LPG stream , said section being present in an existing catalytic cracking unit, - a unit for the catalytic conversion of ethylene into propylene and other products of interest, wherein the feed is constituted by the fuel gas , in which a large portion of the ethylene is essentially converted into propylene and also into aromatics and other products of interest, in the presence of a catalyst based on zeolite, - a novel absorption section which admits the effluents from the conversion unit after recompression, the propylene, butene and the gasoline fractions contained in said effluents being recovered in said novel absorption section , by using the gasoline arriving from the existing debutanizer , - a second absorption section , which admits the gas obtained from the novel absorption section , - a debutanization section which admits the LPG and gasoline fractions obtained from the novel absorption section and which produces a stabilized gasoline and a light LPG fraction . - a first absorption section which can be used to separate the fuel gas and the light gasoline and LPG stream , said section being present in an existing catalytic cracking unit, - a unit for the catalytic conversion of ethylene into propylene and other products of interest, wherein the feed is constituted by the fuel gas , in which a large portion of the ethylene is essentially converted into propylene and also into aromatics and other products of interest, in the presence of a catalyst based on zeolite, - a novel absorption section which admits the effluents from the conversion unit after recompression, the propylene, butene and the gasoline fractions contained in said effluents being recovered in said novel absorption section , by using the gasoline arriving from the existing debutanizer , - a second absorption section , which admits the gas obtained from the novel absorption section , - a debutanization section which admits the LPG and gasoline fractions obtained from the novel absorption section and which produces a stabilized gasoline and a light LPG fraction .
A game server which connects to a client terminal through a network and receives information relating to a game play operation on the client terminal to carry out a game process and then transmits output image data obtained as a result of the game process to the client terminal which requests the output image data, comprising: an input information reception unit configured to acquire information relating to the game play operation as input information; an information processing unit configured to carry out the game process on a basis of the input information to generate output image data; and a data transmission unit configured to transmit the output image data to the client terminal; wherein the information processing unit is configured to: adaptively adjust a difficulty of the game and a quality of the output image data in response to a communication situation with the client terminal; and adjust a predetermined decision time period of the game process based on an adjustment amount to adjust the difficulty of the game when the communication situation deteriorates from a predetermined communication situation, wherein the information processing unit is configured to calculate a magnitude of the adjustment amount in dependence upon a magnitude of a difference between a value of a parameter indicative of the communication situation and a predetermined reference value of the parameter associated with the predetermined communication situation. an input information reception unit configured to acquire information relating to the game play operation as input information; an information processing unit configured to carry out the game process on a basis of the input information to generate output image data; and a data transmission unit configured to transmit the output image data to the client terminal; adaptively adjust a difficulty of the game and a quality of the output image data in response to a communication situation with the client terminal; and adjust a predetermined decision time period of the game process based on an adjustment amount to adjust the difficulty of the game when the communication situation deteriorates from a predetermined communication situation,
Aerial vehicle comprising: - a central frame - a tail extending from the central frame along a first axis (X),-, - at least two arms extending from the central frame and able to rotate around at least one second axis (Y), the angular position of the arm with respect to the second axis (Y) defining an arm rotation angle (A1), *wherein each arm is equipped with two thrust motors controlling the spinning in opposite direction of two coaxial rotors , and * wherein the two coaxial rotors define a double rotor axis (R) and can tilt together with respect to another tilting axis (T), said tilting axis (T) being perpendicular to the second axis (Y), the angular position of the double rotor with respect to the double rotor axis (R) defining a double rotor tilting angle (A2), wherein said tail is equipped with a tail rotor spinning around a tail rotor axis (P), said tail rotor axis (P) being parallel to a third (Z) axis which is orthogonal to both first axis (X) and second axis (Y), and in that said tail rotor has either the ability to invert its direction of rotation or has a unique direction of rotation and two symmetric blades with opposite angle of attack, the angle of attack of said blades being changeable. - a central frame - a tail extending from the central frame along a first axis (X),-, - at least two arms extending from the central frame and able to rotate around at least one second axis (Y), the angular position of the arm with respect to the second axis (Y) defining an arm rotation angle (A1), *wherein each arm is equipped with two thrust motors controlling the spinning in opposite direction of two coaxial rotors , and * wherein the two coaxial rotors define a double rotor axis (R) and can tilt together with respect to another tilting axis (T), said tilting axis (T) being perpendicular to the second axis (Y), the angular position of the double rotor with respect to the double rotor axis (R) defining a double rotor tilting angle (A2), *wherein each arm is equipped with two thrust motors controlling the spinning in opposite direction of two coaxial rotors , and * wherein the two coaxial rotors define a double rotor axis (R) and can tilt together with respect to another tilting axis (T), said tilting axis (T) being perpendicular to the second axis (Y), the angular position of the double rotor with respect to the double rotor axis (R) defining a double rotor tilting angle (A2),
An electronic breadboard system, comprising: a computing device comprising a display screen having a first portion to display an electronic circuit model and a second portion directly adjacent to the first portion; a translucent breadboard on the second portion of the display screen, the translucent breadboard comprising a translucent face plate having a rectangular grid of openings exposing a plurality of contacts, the plurality of contacts being arranged lengthwise along each row of the rectangular grid of openings and orthogonal to a transparent back plate coupling the plurality of contacts to the translucent face plate; and a graphics controller adapted to illuminate a row opening and/or a column opening of the translucent breadboard to direct placement of electrical components of a computer model in response to user interaction with the electronic circuit model. a computing device comprising a display screen having a first portion to display an electronic circuit model and a second portion directly adjacent to the first portion; a translucent breadboard on the second portion of the display screen, the translucent breadboard comprising a translucent face plate having a rectangular grid of openings exposing a plurality of contacts, the plurality of contacts being arranged lengthwise along each row of the rectangular grid of openings and orthogonal to a transparent back plate coupling the plurality of contacts to the translucent face plate; and a graphics controller adapted to illuminate a row opening and/or a column opening of the translucent breadboard to direct placement of electrical components of a computer model in response to user interaction with the electronic circuit model.
A loudspeaker system comprising: a first flexible panel coupled to a first sectional horn that curves in conjunction with the first line array of electro-acoustic drivers when positioned in an arcuate configuration, the first sectional horn and first flexible panel being produced as a single-piece injection molded part; a first line array of electro-acoustic drivers mounted on the first flexible panel, each of the electro-acoustic drivers of the first line array being linked to each other by flexible joints in the first flexible panel; and at least one mechanically adjustable point that enables articulation of the first flexible panel at the flexible joints to produce one or more of a substantially straight and an arcuate configuration of the first line array of electro-acoustic drivers. a first flexible panel coupled to a first sectional horn that curves in conjunction with the first line array of electro-acoustic drivers when positioned in an arcuate configuration, the first sectional horn and first flexible panel being produced as a single-piece injection molded part; a first line array of electro-acoustic drivers mounted on the first flexible panel, each of the electro-acoustic drivers of the first line array being linked to each other by flexible joints in the first flexible panel; and at least one mechanically adjustable point that enables articulation of the first flexible panel at the flexible joints to produce one or more of a substantially straight and an arcuate configuration of the first line array of electro-acoustic drivers.
A magnetic core, which comprises alloy phases each comprising Fe-based soft magnetic alloy grains comprising: M1, wherein M1 represents both elements of Al and Cr, Si, and R, wherein R represents at least one element selected from the group consisting of Zr, Nb, Hf and Ta, and which has a structure in which the alloy phases are connected to each other through a grain boundary phase, wherein the grain boundary phase comprises an oxide region, wherein: the oxide region comprises Fe, M1, Si and R and further comprising Al in a larger proportion by mass than the alloy phases; wherein the oxide region includes a region having a higher proportion of the quantity of R than a region which is different from the higher-R-proportion and is inside the oxide region; wherein the magnetic core includes Al in a proportion of 3 to 10% both inclusive by mass, Cr in a proportion of 3 to 10% both inclusive by mass, R in a proportion of 0.01 to 1% both inclusive by mass, and Si in a proportion of 1% or less by mass, and which includes Fe and inevitable impurities as the balance of the core; wherein the sum of the quantities of Fe, Al, Cr and R is regarded as being 100% by mass. M1, wherein M1 represents both elements of Al and Cr, Si, and R, wherein R represents at least one element selected from the group consisting of Zr, Nb, Hf and Ta, and which has a structure in which the alloy phases are connected to each other through a grain boundary phase, wherein the grain boundary phase comprises an oxide region, wherein: the oxide region comprises Fe, M1, Si and R and further comprising Al in a larger proportion by mass than the alloy phases; wherein the oxide region includes a region having a higher proportion of the quantity of R than a region which is different from the higher-R-proportion and is inside the oxide region; wherein the magnetic core includes Al in a proportion of 3 to 10% both inclusive by mass, Cr in a proportion of 3 to 10% both inclusive by mass, R in a proportion of 0.01 to 1% both inclusive by mass, and Si in a proportion of 1% or less by mass, and which includes Fe and inevitable impurities as the balance of the core; wherein the sum of the quantities of Fe, Al, Cr and R is regarded as being 100% by mass.
Optical phase modulating method of a MIOC (Multi Integrated Optical Circuit) of an interferometer type I-FOG fiber optic gyroscope with closed loop feedback control with digital modulation and demodulation approach comprising the step of modulating at 8 levels wherein each modulation level has a duration of one quarter of the light propagation time τ in a sensitive element consisting of a fiber optic coil.