mhurhangee/patent-ind-claim-en huggingface dataset:
A truck comprising a vehicle body, a cargo bed and a plate-like side guard disposed at each of right and left side faces of the vehicle body and arranged apart from a lower face of the cargo bed, the truck further comprising a side skirt comprising a sheet having a rectangular shape extending in a front-back direction of the vehicle body, the sheet having one end portion in a vertical direction secured to one of the cargo bed and the side guard, characterized in that the sheet is flexible and has the other end portion in the vertical direction detachably fastened to the other of the cargo bed and the side guard.
A respiratory rate measurement device comprising: a detection unit adapted to detect an in-tube pressure and/or an in-tube gas flow rate in a tube supplying concentrated oxygen gas to a patient from a pressure swing adsorption oxygen concentration device connected to the patient and concentrating oxygen in the air by periodically repeating pressurization and depressurization, and output pressure data and/or gas flow rate data; an arithmetic operation unit adapted to extract patient respiratory information data, based on the pressure data and/or the gas flow rate data; and an estimation unit adapted to estimate a respiratory rate per predetermined time, based on the patient respiratory information data, characterised in that the arithmetic operation unit is adapted to estimate variation value data representing a periodical pressure change and/or flow rate change of the concentrated oxygen gas occurring upon an operation of an oxygen concentration device, based on the pressure data and/or the gas flow rate data, and extract the patient respiratory information data by removing the variation value data from the pressure data and/or the gas flow rate data, and in that the estimation unit is adapted to calculate an autocorrelation coefficient between the patient respiratory information data and data shifted from the patient respiratory information data by a time Δt, while changing the time Δt, and estimate the respiratory rate using, as a respiratory interval, a time Δt in which the autocorrelation coefficient takes a peak. a detection unit adapted to detect an in-tube pressure and/or an in-tube gas flow rate in a tube supplying concentrated oxygen gas to a patient from a pressure swing adsorption oxygen concentration device connected to the patient and concentrating oxygen in the air by periodically repeating pressurization and depressurization, and output pressure data and/or gas flow rate data; an arithmetic operation unit adapted to extract patient respiratory information data, based on the pressure data and/or the gas flow rate data; and an estimation unit adapted to estimate a respiratory rate per predetermined time, based on the patient respiratory information data, characterised in that the arithmetic operation unit is adapted to estimate variation value data representing a periodical pressure change and/or flow rate change of the concentrated oxygen gas occurring upon an operation of an oxygen concentration device, based on the pressure data and/or the gas flow rate data, and extract the patient respiratory information data by removing the variation value data from the pressure data and/or the gas flow rate data, and in that the estimation unit is adapted to calculate an autocorrelation coefficient between the patient respiratory information data and data shifted from the patient respiratory information data by a time Δt, while changing the time Δt, and estimate the respiratory rate using, as a respiratory interval, a time Δt in which the autocorrelation coefficient takes a peak.
Apparatus for conveying and ejecting bulk material or snow, comprising at least one conveying device having a tubular conveyor housing which is partially open at the circumference, wherein the conveying direction of which conveying device extends substantially in the direction of the tube axis , further comprising at least one ejection centrifuge which adjoins the at least one conveying device in the conveying direction and has a centrifugal wheel which has at least one ejection lever and can be driven to rotate about an axis of rotation , and further comprising an centrifugal wheel housing having an ejection opening , in which centrifugal wheel housing the centrifugal wheel is arranged, wherein the conveyor housing having a smaller diameter than the centrifugal wheel and the tube axis being arranged parallel below the axis of rotation of the centrifugal wheel at a vertical normal distance, characterized in that the axis of rotation of the centrifugal wheel and the tube axis of the conveyor housing lie on a substantially vertical straight line.
A non-pneumatic tire comprising: a rim part configured to be connected to an axle; a spoke part ; a tread part formed in a shape of surrounding the spoke part at an outer side of the tire in a circumferential direction thereof and forming the outer ground engaging part of the tire; the spoke part being formed between the rim part and the tread part ; a structural reinforcement part inserted into the inside of the tread part to perform load support and stress distribution of the spoke part ; a conductive structure part formed between an outer surface of the rim part and an inner surface of the tread part to discharge static electricity from the axle to the ground; and a disk-shaped adhesion part coupling the conductive structure part to the tread part , wherein the conductive structure part includes a conductive fiber body discharging static electricity generated at the axle to the ground, and a covering body coated on the conductive fiber body , the non-pneumatic tire being characterized in that the spoke part is provided with upper arch bodies and lower arch bodies of an arch shape to absorb impacts transmitted from the ground to the tread part , wherein the conductive fiber body is formed by electroplating one material selected from synthetic fibers and cellulose-based fibers using a metal salt. a rim part configured to be connected to an axle; a spoke part ; a tread part formed in a shape of surrounding the spoke part at an outer side of the tire in a circumferential direction thereof and forming the outer ground engaging part of the tire; the spoke part being formed between the rim part and the tread part ; a structural reinforcement part inserted into the inside of the tread part to perform load support and stress distribution of the spoke part ; a conductive structure part formed between an outer surface of the rim part and an inner surface of the tread part to discharge static electricity from the axle to the ground; and a disk-shaped adhesion part coupling the conductive structure part to the tread part , wherein the conductive structure part includes a conductive fiber body discharging static electricity generated at the axle to the ground, and a covering body coated on the conductive fiber body , the non-pneumatic tire being characterized in that the spoke part is provided with upper arch bodies and lower arch bodies of an arch shape to absorb impacts transmitted from the ground to the tread part , wherein the conductive fiber body is formed by electroplating one material selected from synthetic fibers and cellulose-based fibers using a metal salt.
Method for the production of a plurality of sheets of a material containing alkaloids, the method including the steps of: o providing a slurry including a material containing alkaloids and water in a tank; o characterised in that the method comprising providing the tank with a plurality of outlets ; o supplying slurry from the outlets on a movable support so as to form a plurality of parallel sheets of material containing alkaloids; and o keeping the parallel sheets of material containing alkaloids separated on the movable support while moving the movable support . o providing a slurry including a material containing alkaloids and water in a tank; o characterised in that the method comprising providing the tank with a plurality of outlets ; o supplying slurry from the outlets on a movable support so as to form a plurality of parallel sheets of material containing alkaloids; and o keeping the parallel sheets of material containing alkaloids separated on the movable support while moving the movable support .
A polyurethane prepolymer comprising the reaction product of: (A) One or more polyisocyanates; (B) One or more compounds containing on average more than one isocyanate reactive compound; (C) A dispersion triol containing from 10 to 60 percent by weight, based on the weight of the dispersion, of particles of an organic polymer which is nonreactive with the isocyanate reactive compounds and the polyisocyanates having a particle size of less than 5 microns in a triol having a molecular weight from 4000 g/mol to 8,000 g/mol and a hydroxyl number from 30 to 75; wherein the prepolymer has a free isocyanate content of greater than 2.2 to 15 percent. (A) One or more polyisocyanates; (B) One or more compounds containing on average more than one isocyanate reactive compound; (C) A dispersion triol containing from 10 to 60 percent by weight, based on the weight of the dispersion, of particles of an organic polymer which is nonreactive with the isocyanate reactive compounds and the polyisocyanates having a particle size of less than 5 microns in a triol having a molecular weight from 4000 g/mol to 8,000 g/mol and a hydroxyl number from 30 to 75;
A method of wireless communication, comprising: detecting , by a base station , a plurality of base stations based at least in part on synchronization communications associated with the plurality of base stations (710-1, 710-2, 710-3); determining, by the base station , one or more priority levels associated with each of the plurality of base stations , wherein a given priority level, of the one or more priority levels, identifies a priority associated with initiating access to a wireless backhaul network via a respective base station of the plurality of base stations ; selecting , by the base station , based on the one or more priority levels associated with the plurality of base stations , a set of base stations from the detected plurality of base stations with which to initiate an access procedure associated with the wireless backhaul network; initiating, by the base station and based at least in part on the one or more priority levels, an access procedure with the set of base stations of the detected plurality of base stations , wherein the set of base stations includes at least two base stations. detecting , by a base station , a plurality of base stations based at least in part on synchronization communications associated with the plurality of base stations (710-1, 710-2, 710-3); determining, by the base station , one or more priority levels associated with each of the plurality of base stations , wherein a given priority level, of the one or more priority levels, identifies a priority associated with initiating access to a wireless backhaul network via a respective base station of the plurality of base stations ; selecting , by the base station , based on the one or more priority levels associated with the plurality of base stations , a set of base stations from the detected plurality of base stations with which to initiate an access procedure associated with the wireless backhaul network; wherein a given priority level, of the one or more priority levels, identifies a priority associated with initiating access to a wireless backhaul network via a respective base station of the plurality of base stations ; selecting , by the base station , based on the one or more priority levels associated with the plurality of base stations , a set of base stations from the detected plurality of base stations with which to initiate an access procedure associated with the wireless backhaul network; initiating, by the base station and based at least in part on the one or more priority levels, an access procedure with the set of base stations of the detected plurality of base stations , wherein the set of base stations includes at least two base stations.
A NAO friction material which is a non-asbestos-organic friction material utilized for a disc brake pad, which is manufactured by forming a non-asbestos organic friction material composition comprising a copper component of less than 5 weight % in total relative to the total amount of the friction material composition, characterized in that said friction material composition comprises 0.5 - 10 weight % of a graphitic carbon particle having a graphitization degree of 80-95 % according to the X-ray analysis relative to the total amount of the friction material composition as a carbon type lubricant, and 1-15 weight % of ferrous sulfide relative to the total amount of the friction material composition as a metal sulfide type lubricant.
Rock bolt assembly which includes - a rock bolt with an elongate body which extends between a distal end and a proximal end and which has at least one integrally formed anchor portion , - a tubular sleeve with a first diameter (X), which longitudinally extends between a first end and a second end , partially encasing the rock bolt such that at least a proximal end portion of the rock bolt projects from the first end of the sleeve , and - a grout-input element which engages the rock bolt on the proximal end portion and which engages the first end of the sleeve in sealing contact, characterized in that - the elongate body further has, where it is not formed like the at least one integrally formed anchor portion , a plurality of cylindrical stem portions , - over each stem portion , the tubular sleeve is adapted along at least one band section by a reduction in the first diameter (X) in at least one diametric plane, and - over the at least one anchor portion , the tubular sleeve retains the first diameter (X). - a rock bolt with an elongate body which extends between a distal end and a proximal end and which has at least one integrally formed anchor portion , - a tubular sleeve with a first diameter (X), which longitudinally extends between a first end and a second end , partially encasing the rock bolt such that at least a proximal end portion of the rock bolt projects from the first end of the sleeve , and - a grout-input element which engages the rock bolt on the proximal end portion and which engages the first end of the sleeve in sealing contact, characterized in that - the elongate body further has, where it is not formed like the at least one integrally formed anchor portion , a plurality of cylindrical stem portions , - over each stem portion , the tubular sleeve is adapted along at least one band section by a reduction in the first diameter (X) in at least one diametric plane, and - over the at least one anchor portion , the tubular sleeve retains the first diameter (X).
A tine for attachment to a reel bar defining a through hole for fixing tines, the tine comprising: a plastic fixing element comprising a reel fixing portion , the reel fixing portion comprising a first arm and a second arm for affixing either side of the reel bar, the first arm defining a through hole for receiving a shank of a screw and the second arm defining a receiving hole for receiving a threaded end of the screw such that the screw may be inserted through the first arm, through the through hole of the reel bar, and into the receiving hole to secure the tine to the bar; characterised by a metal element coupled to the plastic fixing element and comprising a finger portion and a spring portion . a plastic fixing element comprising a reel fixing portion , the reel fixing portion comprising a first arm and a second arm for affixing either side of the reel bar, the first arm defining a through hole for receiving a shank of a screw and the second arm defining a receiving hole for receiving a threaded end of the screw such that the screw may be inserted through the first arm, through the through hole of the reel bar, and into the receiving hole to secure the tine to the bar; characterised by a metal element coupled to the plastic fixing element and comprising a finger portion and a spring portion .
An annular combustion chamber having a first annular wall and a second annular wall that are coaxial about an axis (X), a chamber end wall connecting together the first and second walls , and a plurality of injectors , the first wall including first air feed holes downstream from the injectors , the combustion chamber being characterized in that for at least a first one of said injectors , at least three of the first holes sharing the first injector as their closest injector are situated at equal distances (D) from the first injector .
Filter system for filtering a fluid, comprising - a filter housing having a housing axis (M), a housing upper part and a housing lower part along the housing axis (M), - an inlet nozzle arranged on the upper part of the housing for supplying a fluid to be filtered, - an outlet nozzle arranged on the upper part of the housing for discharging the filtered fluid, - a filter element which separates a raw fluid side from a pure fluid side in a fluid-tight manner, wherein the filter element comprises a filter bellows arranged around a longitudinal axis (L) of the filter element , wherein a central element , which is formed separately from the filter element and is on the housing side, is fastened to the filter housing along the housing axis (M) and has a screen filter , which projects into an interior of the filter element , the screen filter being arranged around the central element in a radially outer position. - a filter housing having a housing axis (M), a housing upper part and a housing lower part along the housing axis (M), - an inlet nozzle arranged on the upper part of the housing for supplying a fluid to be filtered, - an outlet nozzle arranged on the upper part of the housing for discharging the filtered fluid, - a filter element which separates a raw fluid side from a pure fluid side in a fluid-tight manner, wherein the filter element comprises a filter bellows arranged around a longitudinal axis (L) of the filter element ,
A method for fabricating a LTPS TFT, comprising: forming on a substrate an active layer, a source, a drain, a gate, and a gate insulating layer between the active layer and the gate, and forming a graphene oxide layer between the active layer and the gate insulating layer, characterized in that , forming the graphene oxide layer comprises: preparing a graphene oxide dispersion; spin coating the graphene oxide dispersion on the active layer or the gate insulating layer, and baking the graphene oxide dispersion to form the graphene oxide layer, wherein the method further comprises performing chemical mechanical polishing on the graphene oxide layer. forming on a substrate an active layer, a source, a drain, a gate, and a gate insulating layer between the active layer and the gate, and forming a graphene oxide layer between the active layer and the gate insulating layer, characterized in that , forming the graphene oxide layer comprises: preparing a graphene oxide dispersion; spin coating the graphene oxide dispersion on the active layer or the gate insulating layer, and baking the graphene oxide dispersion to form the graphene oxide layer, preparing a graphene oxide dispersion; spin coating the graphene oxide dispersion on the active layer or the gate insulating layer, and baking the graphene oxide dispersion to form the graphene oxide layer, wherein the method further comprises performing chemical mechanical polishing on the graphene oxide layer.
A gear spindle i with a spindle inner tube and a spindle outer tube , the spindle inner tube having an inner-tube gear portion being an external gear on one end side, the spindle outer tube having an outer-tube gear portion being an internal gear configured to be fitted to the inner-tube gear portion , and wherein teeth of the inner-tube gear portion having a facewidth B are each provided with a crown of a radius Cr such that the tooth is thicker at the center and thinner at opposite tooth ends along a facewidth direction, characterised in that , an axis of a spindle inner tube and an axis of a spindle outer tube are inclined with respect to each other at 0.6 degrees to 1.6 degrees, and wherein the facewidth B and the crown radius Cr are set within a range defined by Cr = 1200 mm , Cr = 4000 mm , B = 0.0272 × Cr + 28 mm , B = 59.04 × exp 0.0005 × Cr mm , and B = 32 × Cr 0.247 mm in a graph .
A method of preventing a decontaminated ultrasonic probe from contamination comprising the step of, immediately after disinfection, inserting the ultrasonic probe into a cover comprising a flexible elongate pouch and a mouth portion for inserting the probe into the pouch, the mouth portion comprising sealing means , and deforming the mouth portion into a sealing engagement with a proximal end of the probe , wherein no undisinfected portion of the probe enters the pouch .
A method for preventing mis-adaptation in a feed-forward engine order cancellation, EOC, system , the method comprising: adjusting an adaptive transfer characteristic (W(z)) based on a noise signal (X(n)) received from a noise signal generator , an error signal (e(n)) received from a microphone located in a cabin of a vehicle , and an adaptation parameter; generating an anti-noise signal (Y(n)) based in part on the adaptive transfer characteristic (W(z)), the anti-noise signal (Y(n)) to be radiated by a speaker as anti-noise within the cabin of the vehicle ; detecting a non-stationary event based on signal parameters sampled from a frame of the error signal (e(n)); modifying at least one of the adaptation parameter and the error signal (e(n)) for a duration of the frame in response to detecting the non-stationary event; and modifying the error signal (e(n)) by removing non-stationary noise indicated by the detected non-stationary event to obtain an adjusted error signal (e'(n)), wherein the non-stationary noise is indicative of speech. adjusting an adaptive transfer characteristic (W(z)) based on a noise signal (X(n)) received from a noise signal generator , an error signal (e(n)) received from a microphone located in a cabin of a vehicle , and an adaptation parameter; generating an anti-noise signal (Y(n)) based in part on the adaptive transfer characteristic (W(z)), the anti-noise signal (Y(n)) to be radiated by a speaker as anti-noise within the cabin of the vehicle ; detecting a non-stationary event based on signal parameters sampled from a frame of the error signal (e(n)); modifying at least one of the adaptation parameter and the error signal (e(n)) for a duration of the frame in response to detecting the non-stationary event; and modifying the error signal (e(n)) by removing non-stationary noise indicated by the detected non-stationary event to obtain an adjusted error signal (e'(n)), wherein the non-stationary noise is indicative of speech.