mhurhangee/patent-ind-claim-en huggingface dataset:
A combination of components for use in the production of asphalt concrete, said combination including a dryer for drying aggregate material, an exhaust gas outlet conduit for discharge of exhaust gases from the dryer , and a dust collection assembly that is adapted to receive exhaust gases and entrained dust from the dryer via the exhaust gas outlet conduit , said combination also comprising an exhaust gas quenching system comprising: (a) a water reservoir ; (b) a water line that extends from the water reservoir into the exhaust gas outlet conduit ; (c) a pump for pumping water from the water reservoir through the water line into the exhaust gas outlet conduit ; (d) an atomization nozzle on the water line within the exhaust gas outlet conduit ; (e) a controller that is operatively attached to the pump ; characterized in that : said controller is adapted to cause the pump to pump water through the atomization nozzle at a flow rate and pressure sufficient to cause substantially all of the water that is pumped into the exhaust gas outlet conduit to flash to steam upon entering the exhaust gas outlet conduit so as to effect evaporative cooling of the exhaust gases in the exhaust gas outlet conduit upstream of the dust collection assembly . (a) a water reservoir ; (b) a water line that extends from the water reservoir into the exhaust gas outlet conduit ; (c) a pump for pumping water from the water reservoir through the water line into the exhaust gas outlet conduit ; (d) an atomization nozzle on the water line within the exhaust gas outlet conduit ; (e) a controller that is operatively attached to the pump ;
A system for detecting a possibility of boiling over and preventing said boiling over comprising a vessel having a vessel's lid , the lid being characterised in that it is configured to: • receive information on an initial level of the vessel's content and current level of the vessel's content; and • establish on which heating section of a particular cooktop the vessel and the lid are positioned; and • based on a difference between the initial level and the current level as well as the time of the creation of said difference: ∘ the lid is configured to instruct, by means of a controller , a height actuator of the lid to extend said lid vertically, in order to extend height of said vessel ; and ∘ the lid is configured to instruct, by means of a controller , an aperture actuator to create an aperture in the lid's top in order to facilitate exchange of heat; ∘ the lid is configured to communicate with said cooktop in order to decrease power generation on said heating section . • receive information on an initial level of the vessel's content and current level of the vessel's content; and • establish on which heating section of a particular cooktop the vessel and the lid are positioned; and • based on a difference between the initial level and the current level as well as the time of the creation of said difference: ∘ the lid is configured to instruct, by means of a controller , a height actuator of the lid to extend said lid vertically, in order to extend height of said vessel ; and ∘ the lid is configured to instruct, by means of a controller , an aperture actuator to create an aperture in the lid's top in order to facilitate exchange of heat; ∘ the lid is configured to communicate with said cooktop in order to decrease power generation on said heating section . ∘ the lid is configured to instruct, by means of a controller , a height actuator of the lid to extend said lid vertically, in order to extend height of said vessel ; and ∘ the lid is configured to instruct, by means of a controller , an aperture actuator to create an aperture in the lid's top in order to facilitate exchange of heat; ∘ the lid is configured to communicate with said cooktop in order to decrease power generation on said heating section .
Daytime running lighting assembly for a motor vehicle, said assembly comprising a light module comprising a source of light rays installed in a housing which is closed by a glass and at least part of a bumper comprising a reinforcement surmounted by a skin , said reinforcement being provided with at least one fixing stud cooperating with a fixing lug of the housing and said skin having an opening into which the light module is inserted, characterized in that the glass rests on each side at least against a bearing surface formed by a fold of the skin at the edge of the opening which extends towards the inside of the opening and in that a lug projecting from the glass is inserted into a slot of the fold .
A shared robot computer system, comprising at least two mobile subscriber terminals , at least two robots, and a communication network, and, - the mobile subscriber terminals are configured to have mobile applications, robot apps, installed that allow a user to select a product or a service related to a product, - a first robot is configured to receive said user choice from at least two robot apps on different user mobile subscriber terminals , - the two robot apps are configured to be downloaded from an app store, - the two robot apps are configured to receive the user choice and transmit the choice to the first robot via cloud server network, - the first robot is configured to retrieve the product and prepare for delivery of product, and - the first robot is configured to deliver the product to another grounded robot, - the first robot drives, navigates and is controlled by a camera or other sensors in the immediate proximity to avoid collisions and find a favourable route. - the mobile subscriber terminals are configured to have mobile applications, robot apps, installed that allow a user to select a product or a service related to a product, - a first robot is configured to receive said user choice from at least two robot apps on different user mobile subscriber terminals , - the two robot apps are configured to be downloaded from an app store, - the two robot apps are configured to receive the user choice and transmit the choice to the first robot via cloud server network, - the first robot is configured to retrieve the product and prepare for delivery of product, and - the first robot is configured to deliver the product to another grounded robot, - the first robot drives, navigates and is controlled by a camera or other sensors in the immediate proximity to avoid collisions and find a favourable route.
A pump for inflating a large-volume inflatable object, the pump being constituted by a leakproof bag of flexible material in which the inflatable object can be stored, said bag comprising a plurality of valve- and/or flap-type elements arranged to allow air to be breathed into the bag via an air inlet and then to allow the air contained in the bag to be breathed out via an air outlet separate from the air inlet, said bag also comprising, on a circumferential wall of the bag, a shaping device making it possible to maintain a bag shape of maximum volume, pump characterised in that the shaping device comprises a plurality of hoops (21-25), at least one hoop being an open arc (23-25) comprising two spaced ends, said hoops being attached to the wall of the bag so that the hoops extend in planes substantially perpendicular to a longitudinal axis of a cylinder formed by the bag when the bag is filled.
A marking device , comprising: a planar marking blade having a longitudinally extending marking edge , wherein at least a portion of the marking edge is made of a marking material that makes legible marks on various surfaces, wherein the marking material is one of graphite, chalk, clay, coloring pigment, or ink or a combination thereof, wherein the planar marking blade comprises one or more cut-outs or notches configured to receive an alignment tab or positioning member of a support frame , and the planar marking blade comprises a plurality of blade sections which can be broken to release a fresh marking edge .
A photon counting x-ray radiation detection system, the system comprising: - an x-ray radiation device for providing polychromatic x-ray radiation for traversing an examination zone during a detection period of a scan, wherein the examination zone is adapted to accommodate an object, - a photon counting detection device comprising detection elements for detecting the x-ray radiation after having traversed the examination zone , wherein the photon counting detection device is adapted to measure for each detection element photon counts in more than one energy bin during the detection period, said photon counting x-ray radiation detection system being characterized in : - a correction unit for estimating for each detection element an amount of a build up charge present in the detection element and for correcting the measured photon counts for the detection element in each energy bin based on the estimated amount of the build up charge, wherein the correction unit is adapted to perform the estimating and the correcting for the detection element based on a mathematical correction model having a plurality of model parameters, wherein the correction model models the amount of the build up charge in dependence of time and relates it to correction values for correcting the measured photon count in each energy bin. - an x-ray radiation device for providing polychromatic x-ray radiation for traversing an examination zone during a detection period of a scan, wherein the examination zone is adapted to accommodate an object, - a photon counting detection device comprising detection elements for detecting the x-ray radiation after having traversed the examination zone , wherein the photon counting detection device is adapted to measure for each detection element photon counts in more than one energy bin during the detection period, said photon counting x-ray radiation detection system being characterized in : - a correction unit for estimating for each detection element an amount of a build up charge present in the detection element and for correcting the measured photon counts for the detection element in each energy bin based on the estimated amount of the build up charge, - a correction unit for estimating for each detection element an amount of a build up charge present in the detection element and for correcting the measured photon counts for the detection element in each energy bin based on the estimated amount of the build up charge,
A copolymer containing at least an ethylene unit, a C 4-10 non-conjugated olefin unit and a conjugated diene unit, wherein: a content of the ethylene unit in the copolymer is in the range of 80 to 96 mol %, a content of the non-conjugated olefin unit therein is in the range of 3 to 19 mol %, and a content of the conjugated diene unit therein is in the range of 1 to 17 mol %; the melting point of the copolymer measured by differential scanning calorimetry (DSC) is 115 °C or lower, the melting point being measured according to JIS K 7121-1987 by using a differential scanning calorimeter; a main chain of the copolymer is constituted of only acyclic structures; and said contents of the monomer units are determined based on integration ratios of peaks in the 1 H-NMR spectrum thereof and the acyclic structures of the main chain of the copolymer is confirmed by measurement of 13 C-NMR spectrum of the copolymer. wherein: a content of the ethylene unit in the copolymer is in the range of 80 to 96 mol %, a content of the non-conjugated olefin unit therein is in the range of 3 to 19 mol %, and a content of the conjugated diene unit therein is in the range of 1 to 17 mol %; the melting point of the copolymer measured by differential scanning calorimetry (DSC) is 115 °C or lower, the melting point being measured according to JIS K 7121-1987 by using a differential scanning calorimeter; a main chain of the copolymer is constituted of only acyclic structures; and said contents of the monomer units are determined based on integration ratios of peaks in the 1 H-NMR spectrum thereof and the acyclic structures of the main chain of the copolymer is confirmed by measurement of 13 C-NMR spectrum of the copolymer.
A servicing system for servicing a target object disposed in a target object cryostat, the servicing system comprising: one or more refrigerators for cooling-down the target object to a cryogenic temperature, each refrigerator comprising at least a compressor and an expander ; one or more heaters for warming-up the target object from the cryogenic temperature; a fan and a fan circuit, the fan circulating gas through the fan circuit; a refrigerator cryostat housing the expanders and the fan in a vacuum; a plurality of heat exchangers for transferring heat from the heater to the gas in the fan circuit during warm-up of the target object and for transferring heat from the target object to the gas in the fan circuit during cool-down of the target object; a controller and a plurality of sensors , the plurality of sensors for measuring a temperature and a pressure in the fan circuit, the controller responsive to the plurality of sensors controlling at least a speed of the fan, a speed of the expanders, and a power of the heaters; a removable supply transfer line for bringing gas from the fan circuit to the target object cryostat; a removable return transfer line for returning gas from the target object to the fan circuit; the transfer lines being interchangeably connected to the target object cryostat; a pressure relief valve for relieving excess pressure in the fan circuit; and a vent valve that can be actuated to open to one of atmospheric pressure and a gas recovery system. one or more refrigerators for cooling-down the target object to a cryogenic temperature, each refrigerator comprising at least a compressor and an expander ; one or more heaters for warming-up the target object from the cryogenic temperature; a fan and a fan circuit, the fan circulating gas through the fan circuit; a refrigerator cryostat housing the expanders and the fan in a vacuum; a plurality of heat exchangers for transferring heat from the heater to the gas in the fan circuit during warm-up of the target object and for transferring heat from the target object to the gas in the fan circuit during cool-down of the target object; a controller and a plurality of sensors , the plurality of sensors for measuring a temperature and a pressure in the fan circuit, the controller responsive to the plurality of sensors controlling at least a speed of the fan, a speed of the expanders, and a power of the heaters; a removable supply transfer line for bringing gas from the fan circuit to the target object cryostat; a removable return transfer line for returning gas from the target object to the fan circuit; the transfer lines being interchangeably connected to the target object cryostat; a pressure relief valve for relieving excess pressure in the fan circuit; and a vent valve that can be actuated to open to one of atmospheric pressure and a gas recovery system.
A calibration device for an antenna , comprising: a dielectric substrate ; and a metal pattern printed on the dielectric substrate, wherein the metal pattern includes at least a portion of a calibration circuit , wherein a first portion of the calibration circuit (220-1) is on a first major surface of the dielectric substrate, a second portion of the calibration circuit (220-2) is on a second major surface of the dielectric substrate that is opposite the first major surface, and the first portion and the second portion of the calibration circuit is constructed as a coplanar waveguide transmission line, wherein the first portion of the calibration circuit comprises a plurality of first conductive traces and the second portion of the calibration circuit comprises a plurality of second conductive traces, and the metal pattern further includes a first coplanar ground area printed on both sides of at least some of the first conductive traces and a second coplanar ground area printed on both sides of at least some of the second conductive traces, wherein the first portion of the calibration circuit includes at least one radio frequency, RF, port and at least one coupler , and wherein the second portion of the calibration circuit includes at least one calibration port and at least one power combiner . a dielectric substrate ; and a metal pattern printed on the dielectric substrate, wherein the metal pattern includes at least a portion of a calibration circuit , wherein a first portion of the calibration circuit (220-1) is on a first major surface of the dielectric substrate, a second portion of the calibration circuit (220-2) is on a second major surface of the dielectric substrate that is opposite the first major surface, and the first portion and the second portion of the calibration circuit is constructed as a coplanar waveguide transmission line, wherein the first portion of the calibration circuit comprises a plurality of first conductive traces and the second portion of the calibration circuit comprises a plurality of second conductive traces, and the metal pattern further includes a first coplanar ground area printed on both sides of at least some of the first conductive traces and a second coplanar ground area printed on both sides of at least some of the second conductive traces, wherein the first portion of the calibration circuit includes at least one radio frequency, RF, port and at least one coupler , and wherein the second portion of the calibration circuit includes at least one calibration port and at least one power combiner .
Method for recovering a sampling clock from a serial data stream encoded using Pulse-Amplitude-Modulation scheme, comprising the steps of: sampling received data signals from the serial data stream by an analog-to-digital converter once per unit-interval using a sampling clock signal provided by a clock generating device providing a timing recovery loop control, quantizing the incoming data samples with a slicer as corresponding detected symbols, storing adjacent incoming data samples and the corresponding detected symbols to preserve data for phase error estimation, applying a digital filter pattern decoder to the current and last detected symbols to determine if this symbol sequence can be used to estimate a phase offset of the sampling clock signal from the ideal sampling point and calculating the estimated phase error depending on the detected symbol pattern of four adjacent samples, adjusting the phase of the sampling clock signal within the timing recovery loop control using the calculated estimated phase error, characterized by the further steps of multiplying the estimated phase error with a weight factor to obtain an error signal and adjusting the weights for different states during the initialization procedure of the timing recovery. sampling received data signals from the serial data stream by an analog-to-digital converter once per unit-interval using a sampling clock signal provided by a clock generating device providing a timing recovery loop control, quantizing the incoming data samples with a slicer as corresponding detected symbols, storing adjacent incoming data samples and the corresponding detected symbols to preserve data for phase error estimation, applying a digital filter pattern decoder to the current and last detected symbols to determine if this symbol sequence can be used to estimate a phase offset of the sampling clock signal from the ideal sampling point and calculating the estimated phase error depending on the detected symbol pattern of four adjacent samples, adjusting the phase of the sampling clock signal within the timing recovery loop control using the calculated estimated phase error, characterized by the further steps of multiplying the estimated phase error with a weight factor to obtain an error signal and adjusting the weights for different states during the initialization procedure of the timing recovery.
Lip stick machine comprising a first tubular body on which a second tubular body is rotatably fitted, the first tubular body having at least one first guide and the second tubular body having at least one second guide , a cursor equipped with at least one first pin housed both in said first and in said second guide , so that a mutual rotation of the first tubular body with respect to the second tubular body causes an axial translation of the cursor , a closure equipped with a tubular projection configured to couple with a first free edge of the first tubular body when the closure is fitted on the machine , wherein the second tubular body has a first annular groove open on a second free edge of the second tubular body , the first tubular body having a flange at the first free edge , the flange being positioned inside said first annular groove so as to load a lateral surface of the annular groove when the closure is fitted on the machine, characterised in that a surface of the first body facing the tubular projection has a second groove in correspondence with said flange , the second groove having a C-section, the closure having a reduced diameter surface configured to cooperate with a free end of the second tubular body where the annular grove is located, so that, when the closure is in position, the flange and the part of the tubular body where the annular grove is located are sandwiched between the tubular projection and the reduced diameter surface . the second tubular body has a first annular groove open on a second free edge of the second tubular body , the first tubular body having a flange at the first free edge , the flange being positioned inside said first annular groove so as to load a lateral surface of the annular groove when the closure is fitted on the machine, characterised in that a surface of the first body facing the tubular projection has a second groove in correspondence with said flange , the second groove having a C-section, the closure having a reduced diameter surface configured to cooperate with a free end of the second tubular body where the annular grove is located, so that, when the closure is in position, the flange and the part of the tubular body where the annular grove is located are sandwiched between the tubular projection and the reduced diameter surface .
Disc brake disc comprising a braking band and a bell , the braking band and the bell being made separately from each other as separate components and being subsequently connected together to make said disc , wherein the bell is connected to the braking band at a central hole of said braking band coaxial to an axis (Z) of the disc by means of a connection ring which is circumferentially interposed between the braking band and the bell coaxially to said central hole , said connection ring is intimately connected to the braking band , being made by co-moulding with the braking band , characterised in that the bell is connected to the connection ring by means of a shape coupling, wherein the connection ring comprises a toothed annular surface facing radially towards the inside of the disc and wherein the bell is provided with an annular insert portion , which is suitable to insert inside the connection ring and is counter-shaped to the toothed annular surface of the connection ring to engage on it in locking.