mhurhangee/patent-ind-claim-en huggingface dataset:
A control system, comprising: a location detector configured to detect a relative position of a first vehicle with respect to a second vehicle , the first vehicle carrying a material to deliver, and the second vehicle , that receives the material, the location detector being configured to generate a location signal indicative of the relative position; and an equipment control system configured to receive the location signal and to generate a conveyor position control signal to control a physical position of a first end of a conveyor relative to an outlet opening defined on the first vehicle based on the location signal and to control a physical position of a second end of the conveyor relative to an inlet opening defined on the second vehicle based on the location signal, the equipment control system being configured to generate a conveyor operation control signal to control a quantity of the material conveyed from the first vehicle into the second vehicle with the conveyor, characterized in that control of the physical location of the first end of the conveyor relative to an outlet opening defined on the first vehicle comprises controlling the physical location of the first end of the conveyor to move from a first outlet opening defined on the first vehicle to a second outlet opening defined on the first vehicle. a location detector configured to detect a relative position of a first vehicle with respect to a second vehicle , the first vehicle carrying a material to deliver, and the second vehicle , that receives the material, the location detector being configured to generate a location signal indicative of the relative position; and an equipment control system configured to receive the location signal and to generate a conveyor position control signal to control a physical position of a first end of a conveyor relative to an outlet opening defined on the first vehicle based on the location signal and to control a physical position of a second end of the conveyor relative to an inlet opening defined on the second vehicle based on the location signal, the equipment control system being configured to generate a conveyor operation control signal to control a quantity of the material conveyed from the first vehicle into the second vehicle with the conveyor, characterized in that control of the physical location of the first end of the conveyor relative to an outlet opening defined on the first vehicle comprises controlling the physical location of the first end of the conveyor to move from a first outlet opening defined on the first vehicle to a second outlet opening defined on the first vehicle.
A magnetic resonance imaging system configured for determining whether a structure of interest is within a predefined region of interest, wherein the magnetic resonance imaging system comprises - a memory for storing computer program code means for causing the magnetic resonance system to carry out the following steps: - applying a multiband magnetic resonance imaging sequence in order to simultaneously acquire a first slice of magnetic resonance data from a first slice location and a second slice of magnetic resonance data from a second and different slice location, wherein the first slice is positioned near a first side of the region of interest and the second slice is positioned near a second side of the region of interest and; - a determination step for determining based on the first and second slice of magnetic resonance data and prior knowledge about the structure of interest and / or its surroundings whether the structure of interest is within the region of interest; wherein the magnetic resonance imaging system further comprises a processor for executing the computer program code means. - a memory for storing computer program code means for causing the magnetic resonance system to carry out the following steps: - applying a multiband magnetic resonance imaging sequence in order to simultaneously acquire a first slice of magnetic resonance data from a first slice location and a second slice of magnetic resonance data from a second and different slice location, wherein the first slice is positioned near a first side of the region of interest and the second slice is positioned near a second side of the region of interest and; - a determination step for determining based on the first and second slice of magnetic resonance data and prior knowledge about the structure of interest and / or its surroundings whether the structure of interest is within the region of interest;
A collagen scaffold comprising: a first collagen matrix layer and a second collagen matrix layer wherein the first collagen matrix layer comprises a first bioactive agent physically entrapped in the first collagen matrix layer and releasable in a burst from the first collagen matrix layer, and the second collagen matrix layer comprises a second bioactive agent chemically attached to the second collagen matrix layer and releasable in a sustained release from the second collagen matrix layer in response to the presence of microbes or a microbial enzyme. a first collagen matrix layer and a second collagen matrix layer wherein the first collagen matrix layer comprises a first bioactive agent physically entrapped in the first collagen matrix layer and releasable in a burst from the first collagen matrix layer, and the second collagen matrix layer comprises a second bioactive agent chemically attached to the second collagen matrix layer and releasable in a sustained release from the second collagen matrix layer in response to the presence of microbes or a microbial enzyme.
A method comprising: receiving, by a processing circuit , a signal indicating an amount of radiation received at a radiation sensor ; determining, by the processing circuit, an amount of radiation received over a time period at the radiation sensor; storing, in a data storage unit , a mapping of amounts of radiation to compensation factors; determining, by the processing circuit, a compensation factor for a circuit component based on the amount of radiation received over the time period at the radiation sensor, wherein determining the compensation factor comprises retrieving, by the processing circuit, the compensation factor from the data storage unit based on the stored mapping; and compensating, by the processing circuit, an output signal of the circuit component, based on the compensation factor. receiving, by a processing circuit , a signal indicating an amount of radiation received at a radiation sensor ; determining, by the processing circuit, an amount of radiation received over a time period at the radiation sensor; storing, in a data storage unit , a mapping of amounts of radiation to compensation factors; determining, by the processing circuit, a compensation factor for a circuit component based on the amount of radiation received over the time period at the radiation sensor, wherein determining the compensation factor comprises retrieving, by the processing circuit, the compensation factor from the data storage unit based on the stored mapping; and compensating, by the processing circuit, an output signal of the circuit component, based on the compensation factor.
Deciding device intended to decide whether an eye having a macula and an optical axis is genuine or fake, said deciding device comprising: - illuminating means that emit towards the eye an infrared flux along an entrance axis , - a means for capturing infrared, intended to capture an image of the eye along an exit axis , the entrance axis and the exit axis being aligned with the optical axis such that the macula illuminated by the illuminating means under the incidence of the entrance axis is seen by the capturing means , - processing means intended to detect, in an image captured by the capturing means , whether a peripheral region representative of the iris exists and whether a central region inside the peripheral region and the colour of which is representative of the existence of the macula exists, and to deliver a datum representative of this detection, and - deciding means intended to decide whether the eye is genuine or fake depending on the datum delivered by the processing means . - illuminating means that emit towards the eye an infrared flux along an entrance axis , - a means for capturing infrared, intended to capture an image of the eye along an exit axis , the entrance axis and the exit axis being aligned with the optical axis such that the macula illuminated by the illuminating means under the incidence of the entrance axis is seen by the capturing means , - processing means intended to detect, in an image captured by the capturing means , whether a peripheral region representative of the iris exists and whether a central region inside the peripheral region and the colour of which is representative of the existence of the macula exists, and to deliver a datum representative of this detection, and - deciding means intended to decide whether the eye is genuine or fake depending on the datum delivered by the processing means .
A fluid machine including a screw rotor and a casing for accommodating the screw rotor, and comprising a nozzle section for supplying liquid into a working chamber from the outside, wherein the nozzle section disperses the liquid in a longitudinal direction rather than a width direction of a groove of the screw rotor, wherein the nozzle section includes a plurality of liquid injection holes which are connected to an end portion of a liquid supply hole and are inclined by an angle (Θ) relative to each other, wherein the plurality of liquid injection holes intersect each other so that an intersection point is arranged on the groove of the screw rotor, and wherein in the nozzle section a straight-line (21a1) is arranged for connecting center axes of the plurality of liquid injection holes in the longitudinal direction, wherein the straight-line (21a1) is arranged to be within ±25 degrees from being orthogonal with respect to the longitudinal direction of the groove of the screw rotor. a nozzle section for supplying liquid into a working chamber from the outside, wherein the nozzle section disperses the liquid in a longitudinal direction rather than a width direction of a groove of the screw rotor, wherein the nozzle section includes a plurality of liquid injection holes which are connected to an end portion of a liquid supply hole and are inclined by an angle (Θ) relative to each other, wherein the plurality of liquid injection holes intersect each other so that an intersection point is arranged on the groove of the screw rotor, and wherein in the nozzle section a straight-line (21a1) is arranged for connecting center axes of the plurality of liquid injection holes in the longitudinal direction, wherein the straight-line (21a1) is arranged to be within ±25 degrees from being orthogonal with respect to the longitudinal direction of the groove of the screw rotor.
A method for portion-packing of an oral pouched snuff product , said method comprises a) supplying and advancing a tubular web (33, 33', 33a", 33b") of packaging material enveloping a continuous feed (23, 23', 23a", 23b") of filling material in a direction of travel (L), b) forming transverse seals in said tubular web (33, 33', 33a", 33b") across said continuous feed (23, 23', 23a", 23b") of filling material by means of ultrasonic welding with an ultrasonic welding unit (37, 37', 37", 201) being configured to perform simultaneous transverse welding and cutting of said tubular web (33, 33', 33a", 33b"), said transverse seals extending in a transverse direction (T) being perpendicular to said direction of travel (L), c) cutting said tubular web (33, 33', 33a", 33b") by means of a cutting edge comprised in said welding unit (37, 37', 37", 201), characterized in that said cutting of step c) is performed in a welded area of said transverse seal , step c) is performed while performing step b), and said welding unit (37, 37', 37", 201) comprises a single operation surface performing said transverse welding and cutting. a) supplying and advancing a tubular web (33, 33', 33a", 33b") of packaging material enveloping a continuous feed (23, 23', 23a", 23b") of filling material in a direction of travel (L), b) forming transverse seals in said tubular web (33, 33', 33a", 33b") across said continuous feed (23, 23', 23a", 23b") of filling material by means of ultrasonic welding with an ultrasonic welding unit (37, 37', 37", 201) being configured to perform simultaneous transverse welding and cutting of said tubular web (33, 33', 33a", 33b"), said transverse seals extending in a transverse direction (T) being perpendicular to said direction of travel (L), c) cutting said tubular web (33, 33', 33a", 33b") by means of a cutting edge comprised in said welding unit (37, 37', 37", 201),
A process for preparation of Trientine dihydrochloride comprising reaction of tert butyl-N-(2-aminoethyl)-N-2-[2-aminoethyl-(tert butoxy)carbonyl]amino]ethyl}carbonate of formula with 1.6 to 2.1 molar equivalents of hydrochloric acid in an aqueous medium to give Trientine dihydrochloride, without the formation of trientine tetrahydrochloride.
An information processing apparatus comprising: a presentation control unit configured to generate a risk avoidance proposal for a user on a basis of a predicted risk; an evaluating unit configured to evaluate a level of obedience of the user on a basis of response of the user to the risk avoidance proposal; a risk predicting unit configured to adjust a risk prediction parameter on a basis of the evaluated level of obedience, wherein the risk predicting unit predicts a risk regarding driving of a mobile body by the user; and a driving behavior detecting unit configured to detect driving behavior which is behavior of the user or the mobile body during driving, wherein the risk predicting unit predicts the risk on a basis of a detection result of the driving behavior, characterized in that a level of dangerous driving behavior, which is to be detected by the driving behavior detecting unit, changes on a basis of the level of obedience. a presentation control unit configured to generate a risk avoidance proposal for a user on a basis of a predicted risk; an evaluating unit configured to evaluate a level of obedience of the user on a basis of response of the user to the risk avoidance proposal; a risk predicting unit configured to adjust a risk prediction parameter on a basis of the evaluated level of obedience, wherein the risk predicting unit predicts a risk regarding driving of a mobile body by the user; and a driving behavior detecting unit configured to detect driving behavior which is behavior of the user or the mobile body during driving, wherein the risk predicting unit predicts the risk on a basis of a detection result of the driving behavior, characterized in that a level of dangerous driving behavior, which is to be detected by the driving behavior detecting unit, changes on a basis of the level of obedience.
Use of a high-density paper substrate (10a; 10b) made from cellulose fibres, as a gas-barrier material in a laminated packaging material for packaging of liquid, semi-liquid or viscous food products or water, wherein the high-density paper substrate has a grammage from 30 to 75 g/m 2 , as measured according to ISO 536:2012, a density above 1000 kg/m 3 , as measured according to ISO 534:2011, and is impregnated , at a top-side surface (12a; 12b) of the paper, with an impregnating composition comprising an impregnating polymer selected from the group consisting of polyvinyl alcohol, PVOH, ethylene vinyl alcohol, EVOH, starch, starch derivatives, carboxymethyl cellulose, nanocrystalline cellulose, NCC, and blends of two or more thereof, wherein the amount of impregnated polymer is from 0.3 to 4.0 g/m 2 , such as from 0.5 to 3.0 g/m 2 , dry weight.
A method for uniformly distributing a process liquid over a cross-sectional area within a process vessel, while suppressing the formation of condensation polymer, comprising: a. providing a process liquid to at least one fouling-resistant liquid distributor installed within the process vessel, said liquid distributor comprising: i. a stationary conduit, and ii. a liquid distribution head attached to said conduit, wherein said liquid distribution head is motive, powered by a motive fluid, and comprises at least one process liquid delivery port, b. causing rotational movement of liquid distribution head; and c. uniformly distributing the process liquid over the cross-sectional area within the process vessel; the said method further comprising at least one of: simultaneously self-rinsing the at least one fouling-resistant liquid distributor with a portion of the process liquid during step (c), individual distributor head ports being configured to continually discharge liquid on itself; and providing the process liquid during step (c) to a plurality of the fouling-resistant liquid distributors, configured to discharge liquid onto each other, wherein each of the fouling-resistant liquid distributors simultaneously rinses each other with a portion of the process liquid during step (c). a. providing a process liquid to at least one fouling-resistant liquid distributor installed within the process vessel, said liquid distributor comprising: i. a stationary conduit, and ii. a liquid distribution head attached to said conduit, wherein said liquid distribution head is motive, powered by a motive fluid, and comprises at least one process liquid delivery port, i. a stationary conduit, and ii. a liquid distribution head attached to said conduit, wherein said liquid distribution head is motive, powered by a motive fluid, and comprises at least one process liquid delivery port, b. causing rotational movement of liquid distribution head; and c. uniformly distributing the process liquid over the cross-sectional area within the process vessel; simultaneously self-rinsing the at least one fouling-resistant liquid distributor with a portion of the process liquid during step (c), individual distributor head ports being configured to continually discharge liquid on itself; and providing the process liquid during step (c) to a plurality of the fouling-resistant liquid distributors, configured to discharge liquid onto each other, wherein each of the fouling-resistant liquid distributors simultaneously rinses each other with a portion of the process liquid during step (c).
Apparatus for producing a wafer cup, comprising a mould core and a die , wherein - the mould has a base and a plurality of wall segments hingedly connected to the base , and - Means are provided for swivelling the wall segments from a first position, in which the base forms a support for receiving a wafer sheet extending beyond the base , into a second position, in which the wall segments form a wall enclosing the base and extending substantially perpendicularly from the base , with the portions of the wafer sheet extending beyond the region of the base in contact with the mould core - the mould core and the base are mounted so as to be displaceable relative to the means, and - the means comprise a holder and a plurality of arms each hinged at one end to the holder and each hinged at the other end to a wall segment characterized in that the holder has two planes arranged one above the other, wherein a first group of the wall segments being connected to the first plane of the holder by means of a first group of arms and a second group of the wall segments being connected to the second plane of the holder by means of a second group of arms . - the mould has a base and a plurality of wall segments hingedly connected to the base , and - Means are provided for swivelling the wall segments from a first position, in which the base forms a support for receiving a wafer sheet extending beyond the base , into a second position, in which the wall segments form a wall enclosing the base and extending substantially perpendicularly from the base , with the portions of the wafer sheet extending beyond the region of the base in contact with the mould core - the mould core and the base are mounted so as to be displaceable relative to the means, and - the means comprise a holder and a plurality of arms each hinged at one end to the holder and each hinged at the other end to a wall segment
A heating apparatus for preforms that heats a preform to a temperature for blow-molding the preform into a bottle , the heating apparatus comprising a mouth portion heating section that heats a mouth portion of the preform , and a body portion heating section that heats a body portion of the preform , wherein the mouth portion heating section includes mouth portion heating equipment that heats the mouth portion to a temperature from 50°C to 70°C, an early stage in the heating apparatus for preforms comprises the mouth portion heating section and the body portion heating section , and only the body portion heating section is provided in a following section, the body portion heating section is provided with a cold air blowing nozzle for blowing a cold air to an outer surface of the mouth portion of the preform , and an endless chain is provided for conveying the preform on the endless chain while the preform is rotated. wherein the mouth portion heating section includes mouth portion heating equipment that heats the mouth portion to a temperature from 50°C to 70°C, an early stage in the heating apparatus for preforms comprises the mouth portion heating section and the body portion heating section , and only the body portion heating section is provided in a following section, the body portion heating section is provided with a cold air blowing nozzle for blowing a cold air to an outer surface of the mouth portion of the preform , and an endless chain is provided for conveying the preform on the endless chain while the preform is rotated.
Crash management system adapted for use in a vehicle, said crash management system comprising a bumper beam and at least two crash boxes , each crash box extending from said bumper beam and being provided with deformation indication means , wherein said deformation indication means is stationary arranged on the crash box for the indication of crash box deformation caused by a vehicle crash.