mhurhangee/ep-ind-claims huggingface dataset:
A method (100, 200, 300) for identifying an initial roasting degree of coffee beans, the method comprising steps of: measuring (S101, S202, S303) information indicating temperature change of the coffee beans while the coffee beans are roasted; and identifying (S102, S206, S304) the initial roasting degree of the coffee beans at least partially based on the measured information. measuring (S101, S202, S303) information indicating temperature change of the coffee beans while the coffee beans are roasted; and identifying (S102, S206, S304) the initial roasting degree of the coffee beans at least partially based on the measured information.
A vehicle, comprising: a body frame; a pivot shaft supported by the body frame; and an engine unit coupled to a rear wheel and capable of swinging upward and downward about the pivot shaft, wherein the engine unit comprises a crank shaft disposed in a front part thereof and a supported member formed on the engine unit, the supported member being disposed forward of the crank shaft and attached to the pivot shaft, said engine unit extending rearward from the supported member, and an axle of the rear wheel being supported by the rear part of the engine unit. a body frame; a pivot shaft supported by the body frame; and an engine unit coupled to a rear wheel and capable of swinging upward and downward about the pivot shaft, wherein the engine unit comprises a crank shaft disposed in a front part thereof and a supported member formed on the engine unit, the supported member being disposed forward of the crank shaft and attached to the pivot shaft, said engine unit extending rearward from the supported member, and an axle of the rear wheel being supported by the rear part of the engine unit.
A method of forming a 3-D printed hydraulically bonded casting shell, the method comprising: forming at least one core casting shell by intermittently applying in a step-wise manner, a layer of a powder component comprising in part at least 25 percent by weight of a calcium aluminate cement in a predetermined area, and a volume of a liquid component comprising at least 50 percent by weight of a distilled water over the top of the powder component in a predetermined location; and hardening the at least one core casting shell to form an at least one solid core casting shell comprising a plurality of hydraulic bonds at a location of overlap between the powder component and liquid component, wherein the solid core casting shell has an exterior surface that corresponds to a shape of a void in an object to be cast; and wherein the 3-D printed shell is formed from refractory materials of varying hydraulic bond strength. forming at least one core casting shell by intermittently applying in a step-wise manner, a layer of a powder component comprising in part at least 25 percent by weight of a calcium aluminate cement in a predetermined area, and a volume of a liquid component comprising at least 50 percent by weight of a distilled water over the top of the powder component in a predetermined location; and hardening the at least one core casting shell to form an at least one solid core casting shell comprising a plurality of hydraulic bonds at a location of overlap between the powder component and liquid component, wherein the solid core casting shell has an exterior surface that corresponds to a shape of a void in an object to be cast; and wherein the 3-D printed shell is formed from refractory materials of varying hydraulic bond strength.
A method of replacing a first ballast with a second ballast within a lighting control system, wherein each ballast is operable to control a fluorescent lamp, characterized by the steps comprising: a controller detecting that a plurality of ballasts including the first ballast is missing from the lighting control system; the controller identifying an operational configuration of the first ballast; the controller determining that the operational configuration of the first ballast is not shared with the plurality of missing ballasts; determining that the operational configuration of the first ballast be assigned to the second ballast; and the controller assigning the operational configuration to the second ballast, and wherein the operational configuration comprises a group identifier, wherein the group identifier designates the first ballast and a third ballast to be controlled together, the third ballast operable to control a third lamp, and wherein the step of identifying the operational configuration of the first ballast further comprises the step of the third ballast providing a user-perceivable indication. a controller detecting that a plurality of ballasts including the first ballast is missing from the lighting control system; the controller identifying an operational configuration of the first ballast; the controller determining that the operational configuration of the first ballast is not shared with the plurality of missing ballasts; determining that the operational configuration of the first ballast be assigned to the second ballast; and the controller assigning the operational configuration to the second ballast, and wherein the operational configuration comprises a group identifier, wherein the group identifier designates the first ballast and a third ballast to be controlled together, the third ballast operable to control a third lamp, and wherein the step of identifying the operational configuration of the first ballast further comprises the step of the third ballast providing a user-perceivable indication.
Iron bisglycinate chelate for use in oral treatment of anaemia in the patient in the preoperative and/or postoperative stage of a surgical operation, characterised in that said surgical operation is a heavy bleeding operation selected from a shoulder, hip, knee and/or vertebral column surgery.
EC motor for an electric hand tool having a stator in which a rotor is rotatably mounted, which comprises a rotor laminations package comprising a passage opening and is formed from individual laminations, and comprising a rotor shaft which is cast in the passage opening of the rotor laminations package by a casting compound, and having a plurality of permanent magnets which are accommodated in pockets formed in the rotor laminations package, wherein an annular channel is formed between the rotor shaft and the wall of the passage opening, which annular channel is connected via radial channels, which are each formed from a plurality of channel sections formed in adjacent laminations of the rotor laminations package, to the pockets in a fluid-conducting manner, for feeding the casting compound from the annular channel to the pockets, characterized in that the rotor laminations package is constructed from laminations, wherein all pocket sections of which are in each case either connected in a fluid-conducting manner to the passage opening via the channel sections or are spatially separated from the passage opening, and in that the proportion of the laminations comprising the channel sections to the total number of laminations of the rotor lamination package is between 70% and 98% and more preferably between 80% and 95%.
A method for wireless communications, comprising: determining a contention window size associated with a first listen-before-talk, LBT, procedure to access a first channel of a shared radio frequency spectrum band; and applying the contention window size for a second LBT procedure to access a second channel of the shared radio frequency spectrum band, wherein determining the contention window size comprises: determining whether one or more of a service priority or a channel type for data is to be transmitted using the first channel; and the method further comprising determining the contention window size based at least in part on determining that one or more of the service priority or the channel type is to be transmitted using the first channel. determining a contention window size associated with a first listen-before-talk, LBT, procedure to access a first channel of a shared radio frequency spectrum band; and applying the contention window size for a second LBT procedure to access a second channel of the shared radio frequency spectrum band, wherein determining the contention window size comprises: determining whether one or more of a service priority or a channel type for data is to be transmitted using the first channel; and the method further comprising determining the contention window size based at least in part on determining that one or more of the service priority or the channel type is to be transmitted using the first channel. determining whether one or more of a service priority or a channel type for data is to be transmitted using the first channel; and the method further comprising determining the contention window size based at least in part on determining that one or more of the service priority or the channel type is to be transmitted using the first channel.
Composition comprising: at least one biodegradable aliphatic-aromatic copolyester obtainable starting from mixtures comprising at least one diol, at least one polyfunctional aromatic acid and at least two aliphatic dicarboxylic acids, characterized in that the content of said aromatic acids is comprised between 48 and 70 % by moles with respect to the total molar content of dicarboxylic acids and the aliphatic dicarboxylic acids comprise: i. from 51 to 95 % by moles of at least one diacid C4-C6; ii. from 5 to 49 % by moles of at least one long chain diacid having more than 6 carbon atoms in the main chain selected from the group consisting of suberic acid, azelaic acid, sebacic acid, dodecanedioic acid, brassylic acid, octadecandioic acid, their esters and mixtures thereof; at least one polymer of natural origin; wherein the concentration of, with respect to (A+B), is > 40 % by weight, said composition having a Melt Flow Index of 1,5-10 g/10 min, said MFI being measured at 160°C and 5kg according to ASTM 1238-89. at least one biodegradable aliphatic-aromatic copolyester obtainable starting from mixtures comprising at least one diol, at least one polyfunctional aromatic acid and at least two aliphatic dicarboxylic acids, characterized in that the content of said aromatic acids is comprised between 48 and 70 % by moles with respect to the total molar content of dicarboxylic acids and the aliphatic dicarboxylic acids comprise: i. from 51 to 95 % by moles of at least one diacid C4-C6; ii. from 5 to 49 % by moles of at least one long chain diacid having more than 6 carbon atoms in the main chain selected from the group consisting of suberic acid, azelaic acid, sebacic acid, dodecanedioic acid, brassylic acid, octadecandioic acid, their esters and mixtures thereof; i. from 51 to 95 % by moles of at least one diacid C4-C6; ii. from 5 to 49 % by moles of at least one long chain diacid having more than 6 carbon atoms in the main chain selected from the group consisting of suberic acid, azelaic acid, sebacic acid, dodecanedioic acid, brassylic acid, octadecandioic acid, their esters and mixtures thereof; at least one polymer of natural origin;
Method for analysing a plurality of substance mixtures, in particular complex chemical and/or biochemical substance mixtures, wherein multiple substance mixtures for analysis are fed to a separating device, the substances in the substance mixture for analysis are separated from each other by the separating device by chemically and/or physically effected transport, the substances that have been separated from each other are detected by an evaluation device, and the multiple substance mixtures for analysis are fed to the separating device in pulses of a binary sequence unique to each, characterised in that the binary sequence unique to each is produced from a sequence generated with a binary random generator characterised by a modulation interval (Δt) in a range from 1 s to 20 s, and characterised by a pulse duration (Δt Pulse) in a range from 1 ms to 10 ms.
Articulated assembly comprising: - an input element, - an output element (105;109), - actuation means, the input element further being connected to the actuation means, the input element and the output element being guided in rotation relative to one another, characterized in that the articulated assembly comprises a torsion bar capable of deforming about a longitudinal axis of the torsion bar, wherein the input element is rotationally coupled to a first zone of the torsion bar and the output element is rotationally coupled to a second zone of the torsion bar, the input element and the output element being guided in rotation relative to one another along the axis of the torsion bar. - an input element, - an output element (105;109), - actuation means, the input element further being connected to the actuation means, the input element and the output element being guided in rotation relative to one another, characterized in that the articulated assembly comprises a torsion bar capable of deforming about a longitudinal axis of the torsion bar, wherein the input element is rotationally coupled to a first zone of the torsion bar and the output element is rotationally coupled to a second zone of the torsion bar, the input element and the output element being guided in rotation relative to one another along the axis of the torsion bar.
A flight plan storage and recovery system, comprising: a non-volatile storage medium configured to receive and store flight plan data; a display device configured to receive display commands; a user input device configured to receive user input; and a flight management system comprising working memory, the FMS in operable communication with the non-volatile storage medium, the display device, and the user input device, the FMS configured to: receive and load flight plan data into the working memory; determine when a storage triggering event has occurred; transmit a copy of at least a portion of the flight plan data from the working memory to the non-volatile storage medium, in response to determining that the storage triggering event has occurred; supply a display command to the display device, at least following recovery of the FMS from a severe reset, that causes the display device to render a retrieval prompt, wherein the severe reset is defined as one or more software errors that causes the FMS to clear the working memory; and retrieve the at least a portion of the flight plan data from the non-volatile memory and store it in the working memory upon receipt of a retrieval command from the user input device. a non-volatile storage medium configured to receive and store flight plan data; a display device configured to receive display commands; a user input device configured to receive user input; and a flight management system comprising working memory, the FMS in operable communication with the non-volatile storage medium, the display device, and the user input device, the FMS configured to: receive and load flight plan data into the working memory; determine when a storage triggering event has occurred; transmit a copy of at least a portion of the flight plan data from the working memory to the non-volatile storage medium, in response to determining that the storage triggering event has occurred; supply a display command to the display device, at least following recovery of the FMS from a severe reset, that causes the display device to render a retrieval prompt, wherein the severe reset is defined as one or more software errors that causes the FMS to clear the working memory; and retrieve the at least a portion of the flight plan data from the non-volatile memory and store it in the working memory upon receipt of a retrieval command from the user input device. receive and load flight plan data into the working memory; determine when a storage triggering event has occurred; transmit a copy of at least a portion of the flight plan data from the working memory to the non-volatile storage medium, in response to determining that the storage triggering event has occurred; supply a display command to the display device, at least following recovery of the FMS from a severe reset, that causes the display device to render a retrieval prompt, wherein the severe reset is defined as one or more software errors that causes the FMS to clear the working memory; and retrieve the at least a portion of the flight plan data from the non-volatile memory and store it in the working memory upon receipt of a retrieval command from the user input device.
A home use carbonation machine comprising: a carbonation assembly to carbonate liquid in a bottle with pressurized gas from a canister; a pronged clamp for attaching said bottle to said carbonation machine; and at least one normally open double action safety valve to vent said bottle when said carbonation machine is not actively carbonating; characterized in that the machine further comprises a carbonation gear assembly comprising a motor, interlocking gears, a carbonation cam and a carbonation lever, the motor being configured to operate the interlocking gears, which, in turn, are configured to depress the carbonation lever; an electrical controller configured to operate said carbonation assembly to lower said carbonation lever to release the pressurized gas from the canister; and a capacitor configured to store an electrical charge when the carbonation machine is in operation, and to provide sufficient electrical power in the event of a power outage to enable the controller to instruct and to provide power to the motor to rotate the interlocking gears to raise the lever from the canister and to open said at least one normally open double action safety valve. a carbonation assembly to carbonate liquid in a bottle with pressurized gas from a canister; a pronged clamp for attaching said bottle to said carbonation machine; and at least one normally open double action safety valve to vent said bottle when said carbonation machine is not actively carbonating; characterized in that the machine further comprises a carbonation gear assembly comprising a motor, interlocking gears, a carbonation cam and a carbonation lever, the motor being configured to operate the interlocking gears, which, in turn, are configured to depress the carbonation lever; an electrical controller configured to operate said carbonation assembly to lower said carbonation lever to release the pressurized gas from the canister; and a capacitor configured to store an electrical charge when the carbonation machine is in operation, and to provide sufficient electrical power in the event of a power outage to enable the controller to instruct and to provide power to the motor to rotate the interlocking gears to raise the lever from the canister and to open said at least one normally open double action safety valve.
A photocatalyst filter for increasing light efficiency, comprising: a base comprising an internal space which is permeable to a fluid, the base further comprising a plurality of reflective walls defining the internal space; wherein the plurality of walls are formed of a reflective material; wherein the reflective material is one of aluminum, silver or platinum; a plurality of photocatalyst beads provided within the internal space; and a cover attached to the base, wherein the cover retains the photocatalyst beads within the internal space; wherein a surface of the internal space is reflective, wherein the cover includes a photocatalyst material, wherein the photocatalyst beads comprise titanium oxide, zinc oxide, cadmium sulfide, tungsten oxide or vanadium oxide, and wherein the plurality of photocatalyst beads have spherical shapes that are hollow. a base comprising an internal space which is permeable to a fluid, the base further comprising a plurality of reflective walls defining the internal space; wherein the plurality of walls are formed of a reflective material; wherein the reflective material is one of aluminum, silver or platinum; a plurality of photocatalyst beads provided within the internal space; and a cover attached to the base, wherein the cover retains the photocatalyst beads within the internal space; wherein a surface of the internal space is reflective, wherein the cover includes a photocatalyst material, wherein the photocatalyst beads comprise titanium oxide, zinc oxide, cadmium sulfide, tungsten oxide or vanadium oxide, and wherein the plurality of photocatalyst beads have spherical shapes that are hollow.
A control system adapted to control an operation of a plurality of vehicles, including all of a first, a second and a third vehicle (100, 102, 104), each of the first, the second and the third vehicle (100, 102, 104) provided with transceiver means, arranged to operate at a work site, the first and the third vehicle (100, 104) being autonomous vehicles and the second vehicle being a manually operated vehicle, the control system comprising a control unit and a transceiver connected to the control unit, wherein the control unit is adapted to: - establish a first communication connection between the control unit and each of the plurality of vehicles (100, 102, 104) using the respective transceivers of the plurality of vehicles (100, 102, 104), wherein the first communication connection is a wireless network communication, - establish a second communication connection between the control unit and a safety key, and - allow the plurality of vehicles (100, 102, 104) to perform a first mission at the work site, characterized in that: - the control system is comprised with the manually operated second vehicle, - an operator of the manually operated second vehicle controls the second communication connection using the safety key, - the plurality of vehicles (100, 102, 104) are only allowed to perform the first mission while the second communication connection is established between the safety key and the control unit, and - only a single safety key is available for all of the plurality of vehicles arranged at the work site. - establish a first communication connection between the control unit and each of the plurality of vehicles (100, 102, 104) using the respective transceivers of the plurality of vehicles (100, 102, 104), wherein the first communication connection is a wireless network communication, - establish a second communication connection between the control unit and a safety key, and - allow the plurality of vehicles (100, 102, 104) to perform a first mission at the work site, - the control system is comprised with the manually operated second vehicle, - an operator of the manually operated second vehicle controls the second communication connection using the safety key, - the plurality of vehicles (100, 102, 104) are only allowed to perform the first mission while the second communication connection is established between the safety key and the control unit, and - only a single safety key is available for all of the plurality of vehicles arranged at the work site.