mhurhangee/ep-ind-claims huggingface dataset:
A frying device comprising: a hood defining a basket receiving area and having an opening on a front side of the hood, the front side of the hood being angled so that a lower portion of the hood extends further outward than an upper portion of the hood; an oil receiving area located below the basket receiving area; a door configured to be movable between a first position not covering the opening in the hood and a second position covering the opening in the hood; a basket carrying device configured to receive a basket through the opening in the front side of the hood; a mechanism for lowering the basket carrying device from the basket receiving area into the oil receiving area and raising the basket carrying device out of the oil receiving area back to the basket receiving area; and a vacuum device configured to reduce the air pressure within the frying device by between 4.7 N/cm 2 (14 inches Hg) and 9.5 N/cm 2 (28 inches Hg). a hood defining a basket receiving area and having an opening on a front side of the hood, the front side of the hood being angled so that a lower portion of the hood extends further outward than an upper portion of the hood;
Calendar mechanism for a timepiece comprising: - a date wheel arranged to be driven stepwise at one step per day by a corresponding actuator; characterized in that said mechanism also comprises: - a synchronization wheel kinematically linked with said date wheel; - a first subsystem, a second subsystem and a third subsystem arranged laterally relative to one another and substantially in the same plane, each subsystem (15, 17, 19) comprising a correction wheel (15a, 17a, 19a) kinematically linked with said synchronization wheel and each carrying a respective retractable tooth (15b, 17b, 19b) and a respective control cam (15f, 17f, 19f) arranged to bring said respective retractable tooth (15b, 17b, 19b) into an active position in which it can be driven by a respective actuator (23a, 23b, 23c) at the end of a month, wherein: - the control cam of the first subsystem is arranged to bring said respective retractable tooth into its active position at the end of each month having less than 31 days; - the control cam of the second subsystem is arranged to bring said respective retractable tooth into its active position at the end of each month of February; and - the control cam of the third subsystem is arranged to bring said respective retractable tooth into its active position at the end of each month of February having only 28 days. - a date wheel arranged to be driven stepwise at one step per day by a corresponding actuator; - a synchronization wheel kinematically linked with said date wheel; - a first subsystem, a second subsystem and a third subsystem arranged laterally relative to one another and substantially in the same plane, each subsystem (15, 17, 19) comprising a correction wheel (15a, 17a, 19a) kinematically linked with said synchronization wheel and each carrying a respective retractable tooth (15b, 17b, 19b) and a respective control cam (15f, 17f, 19f) arranged to bring said respective retractable tooth (15b, 17b, 19b) into an active position in which it can be driven by a respective actuator (23a, 23b, 23c) at the end of a month, - the control cam of the first subsystem is arranged to bring said respective retractable tooth into its active position at the end of each month having less than 31 days; - the control cam of the second subsystem is arranged to bring said respective retractable tooth into its active position at the end of each month of February; and - the control cam of the third subsystem is arranged to bring said respective retractable tooth into its active position at the end of each month of February having only 28 days.
A method of cleaning steel sheet, said method of cleaning steel sheet characterized by feeding a cleaning solution activated by ultrasonic waves of a frequency of 0.8 MHz to 3 MHz to a surface of steel sheet at an angle inclined by 1 to 80° with respect to a line perpendicular to the surface of the steel sheet in a direction opposite to the running direction.
A method for receiving an uplink channel by a base station, BS, in a wireless communication system supporting an unlicensed band, the method comprising: transmitting, to a first user equipment, UE, a first Downlink Control Indicator, DCI, for transmitting an uplink control channel; transmitting, to a second UE, a second DCI for scheduling transmission of an uplink data channel, characterized in that each of the first DCI and the second DCI comprises information about a time interval used for performing a first Listen-Before-Talk, LBT, procedure for the uplink control channel and a second LBT procedure for the uplink data channel; and receiving through the unlicensed band at least one of the uplink control channel transmitted by the first UE and the uplink data channel transmitted by the second UE, based on results of the first LBT procedure and the second LBT procedure in the time interval. transmitting, to a first user equipment, UE, a first Downlink Control Indicator, DCI, for transmitting an uplink control channel; transmitting, to a second UE, a second DCI for scheduling transmission of an uplink data channel, characterized in that each of the first DCI and the second DCI comprises information about a time interval used for performing a first Listen-Before-Talk, LBT, procedure for the uplink control channel and a second LBT procedure for the uplink data channel; and receiving through the unlicensed band at least one of the uplink control channel transmitted by the first UE and the uplink data channel transmitted by the second UE, based on results of the first LBT procedure and the second LBT procedure in the time interval.
Use of a mixture of succinate, dehydrogenase inhibitor and complex III inhibitor for controlling undesired fungal pathogens without impairing the content of beneficial microorganisms in crops, wherein the succinate dehydrogenase inhibitor is fluopyram and the complex III inhibitor is trifloxystrobin and wherein the undesired fungal pathogens are selected from the group consisting of Botrytis spp, Rhizopus spp, Penicillium spp., Cladiosporium spp., Aspergillus nigger, Aspergillus flavus, Aspergillus spp., Alternaria spp., Fusarium spp., Aerobasidium spp., and Powdery Mildew Diseases and wherein the beneficial microorganisms are selected from the group consisting of pink yeast, white yeast, yellow yeast, Bacillus spp., Epicoccum spp., white bacteria, yellow bacteria, black bacteria, Paecilomyces spp., and Ulocladium spp.
A device for treating an isolated volume in a blood vessel, the device comprising: a shaft comprising a proximal end, a distal end and at least one lumen extending from at or near the proximal end to at or near the distal end, wherein the lumen connects with a port at its proximal end; and a sealing element comprising extendable distal and proximal balloons (906, 908) and a fluid exchange portion that is on the shaft of the device comprising one or more exchange ports disposed on a side of one of the distal and proximal balloons (906, 908) in fluid communication with the lumen of the shaft, a flow device of a therapeutic composition connected to an isolated volume through a lumen, for delivering the therapeutic composition comprising tannins or a derivative thereof, wherein the distal and proximal balloons (906, 908) each has a lower profile configuration and an extended configuration having a shape that pushes against the wall of the vessel to form the isolated volume within the vessel with the exchange port of the fluid exchange portion configured for the exchange of fluid between the isolated volume and the lumen, wherein the sealing element in the extended configuration additionally comprises a bypass channel to allow blood flow past the isolated volume when the distal and proximal balloons (906, 908) contact the vessel wall. a shaft comprising a proximal end, a distal end and at least one lumen extending from at or near the proximal end to at or near the distal end, wherein the lumen connects with a port at its proximal end; and a sealing element comprising extendable distal and proximal balloons (906, 908) and a fluid exchange portion that is on the shaft of the device comprising one or more exchange ports disposed on a side of one of the distal and proximal balloons (906, 908) in fluid communication with the lumen of the shaft, a flow device of a therapeutic composition connected to an isolated volume through a lumen, for delivering the therapeutic composition comprising tannins or a derivative thereof, wherein the distal and proximal balloons (906, 908) each has a lower profile configuration and an extended configuration having a shape that pushes against the wall of the vessel to form the isolated volume within the vessel with the exchange port of the fluid exchange portion configured for the exchange of fluid between the isolated volume and the lumen, wherein the sealing element in the extended configuration additionally comprises a bypass channel to allow blood flow past the isolated volume when the distal and proximal balloons (906, 908) contact the vessel wall.
A high pressure polymerization process to form an ethylene-based polymer, the process comprising at least the following steps: feeding ethylene to a first reaction zone and to one or more subsequent reaction zones, and wherein for each subsequent reaction zone that receives fresh ethylene, the ratio, Rn (n = reaction zone number, n>1), of "mass fraction of fresh ethylene fed to the first reaction zone " to "mass fraction of fresh ethylene fed to the nth reaction zone (RZn)" is (Rn = RZ1/RZn) greater than 1, or is from 0 to 0.30, and wherein the "total amount of ethylene fed to the polymerization process" derives from at least one fresh ethylene stream and at least one recycled ethylene stream, and wherein the at least one recycled ethylene stream comprises at least one chain transfer agent and comprises greater than, or equal to, 1 weight %, based on total amount of components in recycled ethylene stream, of one or more non-ethylene components and CTA(s); wherein the inlet stream to each reaction zone comprises less than, or equal to, 5 weight ppm oxygen, based on the total weight of mass flows fed to the reaction zone; and wherein each feed to each reaction zone contains the same CTA system. feeding ethylene to a first reaction zone and to one or more subsequent reaction zones, and wherein for each subsequent reaction zone that receives fresh ethylene, the ratio, Rn (n = reaction zone number, n>1), of "mass fraction of fresh ethylene fed to the first reaction zone " to "mass fraction of fresh ethylene fed to the nth reaction zone (RZn)" is (Rn = RZ1/RZn) greater than 1, or is from 0 to 0.30, and wherein the "total amount of ethylene fed to the polymerization process" derives from at least one fresh ethylene stream and at least one recycled ethylene stream, and wherein the at least one recycled ethylene stream comprises at least one chain transfer agent and comprises greater than, or equal to, 1 weight %, based on total amount of components in recycled ethylene stream, of one or more non-ethylene components and CTA(s); wherein the inlet stream to each reaction zone comprises less than, or equal to, 5 weight ppm oxygen, based on the total weight of mass flows fed to the reaction zone; and wherein each feed to each reaction zone contains the same CTA system.
An edge flap arrangement for an aircraft wing, the arrangement comprising: a main flap element and an actuator for moving the main flap element relative to the wing; and a linkage arrangement supporting the main flap element from the aircraft wing for movement relative to the wing, the linkage arrangement including a fixed strut secured to the aircraft wing and a drop link secured to the main flap, the fixed strut and the drop link being pivotally connected by a hinge point, the hinge point comprising at least a first hourglass bearing assembly, the first hourglass bearing assembly comprising: an inner raceway defining a radially outwardly facing convex surface having an inner raceway radius of curvature R1; an outer raceway defining a radially inward facing convex inner surface having an outer raceway radius of curvature Ro, the outer raceway being positioned around the inner raceway; and a plurality of rollers disposed between the inner raceway and the outer raceway, each of the plurality of first rollers having an hourglass shape and being in rolling engagement with the inner raceway and the outer raceway; characterized in that the inner raceway, the outer raceway and the plurality of rollers are manufactured from a CRES material or a CREN material. a main flap element and an actuator for moving the main flap element relative to the wing; and a linkage arrangement supporting the main flap element from the aircraft wing for movement relative to the wing, the linkage arrangement including a fixed strut secured to the aircraft wing and a drop link secured to the main flap, the fixed strut and the drop link being pivotally connected by a hinge point, the hinge point comprising at least a first hourglass bearing assembly, the first hourglass bearing assembly comprising: an inner raceway defining a radially outwardly facing convex surface having an inner raceway radius of curvature R1; an outer raceway defining a radially inward facing convex inner surface having an outer raceway radius of curvature Ro, the outer raceway being positioned an inner raceway defining a radially outwardly facing convex surface having an inner raceway radius of curvature R1; an outer raceway defining a radially inward facing convex inner surface having an outer raceway radius of curvature Ro, the outer raceway being positioned around the inner raceway; and a plurality of rollers disposed between the inner raceway and the outer raceway, each of the plurality of first rollers having an hourglass shape and being in rolling engagement with the inner raceway and the outer raceway; characterized in that the inner raceway, the outer raceway and the plurality of rollers are manufactured from a CRES material or a CREN material. a plurality of rollers disposed between the inner raceway and the outer raceway, each of the plurality of first rollers having an hourglass shape and being in rolling engagement with the inner raceway and the outer raceway; characterized in that the inner raceway, the outer raceway and the plurality of rollers are manufactured from a CRES material or a CREN material.
An ex vivo method for cleaving a double-stranded DNA comprising: (a) identifying in said DNA at least one recognition site for a rationally-designed I-CreI-derived meganuclease with altered specificity relative to I-CreI, wherein said recognition site is not cleaved by a naturally-occurring I-CreI, wherein said recognition site is identified based on the presence of a four base pair central sequence selected from the group consisting of TTGT, TTAT, TTTC, TTCC, TTAG, TTAC, and TTGC; (b) providing said rationally-designed meganuclease; and (c) contacting said DNA with said rationally-designed meganuclease; whereby said rationally-designed meganuclease cleaves said DNA. (a) identifying in said DNA at least one recognition site for a rationally-designed I-CreI-derived meganuclease with altered specificity relative to I-CreI, wherein said recognition site is not cleaved by a naturally-occurring I-CreI, wherein said recognition site is identified based on the presence of a four base pair central sequence selected from the group consisting of TTGT, TTAT, TTTC, TTCC, TTAG, TTAC, and TTGC; (b) providing said rationally-designed meganuclease; and (c) contacting said DNA with said rationally-designed meganuclease; whereby said rationally-designed meganuclease cleaves said DNA.
A water/oil repellent layer-provided article, comprising: a substrate, a water/oil repellent layer comprising a hydrolyzed condensate of a fluorinated compound having a hydrolyzable silyl group, and a silicon oxide layer containing alkali metal atoms, present between the substrate and the water/oil repellent layer, wherein in the silicon oxide layer, the average concentration of the alkali metal atoms in a region with a depth from the surface in contact with the water/oil repellent layer of from 0.1 to 0.3 nm, is at least 2.0×10 19 atoms/cm 3 and at most 4.0×10 22 atoms/cm 3. a substrate, a water/oil repellent layer comprising a hydrolyzed condensate of a fluorinated compound having a hydrolyzable silyl group, and a silicon oxide layer containing alkali metal atoms, present between the substrate and the water/oil repellent layer, wherein in the silicon oxide layer, the average concentration of the alkali metal atoms in a region with a depth from the surface in contact with the water/oil repellent layer of from 0.1 to 0.3 nm, is at least 2.0×10 19 atoms/cm 3 and at most 4.0×10 22 atoms/cm 3.
A method for lubricating the passage of a container along a conveyor, comprising applying a lubricant composition to at least a portion of the container-contacting surface of the conveyor, the lubricant composition comprising greater than 99 wt.% of water, from 0.0005 wt. % to 0.5 wt. % of a water-miscible silicone material, from 0.01 wt. % to 0.5 wt. % of an alcohol ethoxylate and one equivalent of available, unneutralized organic acid for every one equivalent of alkalinity in the water, wherein the contact angle between the lubricant composition and container is less than 60 degrees, wherein the silicone material is selected from the group consisting of silicone emulsion, finely divided silicone powder, and silicone surfactant.
Detection device for detecting the presence of a living being at a predetermined location within a monitored area, said detection device comprising: - an evaluation unit configured to evaluate radar radiation received by a radar unit from an assigned radar area included in said monitored area in response to radar radiation emitted by said radar unit to detect if a living being is present within said radar area, and configured to localize a detected living being within said radar area, characterized in that the detection device further comprises - a detection unit configured to correlate the location of a detected living being in said radar area with a set of predetermined locations, said predetermined locations indicating locations at each of which a living being may be present, in said monitored area to detect the presence of a living being at a predetermined location of said monitored area. - an evaluation unit configured to evaluate radar radiation received by a radar unit from an assigned radar area included in said monitored area in response to radar radiation emitted by said radar unit to detect if a living being is present within said radar area, and configured to localize a detected living being within said radar area, characterized in that the detection device further comprises - a detection unit configured to correlate the location of a detected living being in said radar area with a set of predetermined locations, said predetermined locations indicating locations at each of which a living being may be present, in said monitored area to detect the presence of a living being at a predetermined location of said monitored area.
A non-invasive ultrasound system for providing treatment to a patient, comprising: a variable depth transducer system comprising a transducer and a variable depth element comprising a reflective surface, wherein: the variable depth transducer system is operable to provide energy deposition to a region of interest, the reflective surface is configured to be inclined at an angle with respect to the transducer such that energy transmitted from the transducer is bent, redirected or reflected from the reflective surface towards the region of interest; wherein the variable depth transducer system comprises a spatial control operable to change the angle of inclination of the reflective surface to focus the energy transmitted by the transducer to any depth in the region of interest; and a controller in communication with the transducer and the variable depth element,the controller comprising a control of the spatial control and a control of a frequency of the energy. a variable depth transducer system comprising a transducer and a variable depth element comprising a reflective surface, wherein: the variable depth transducer system is operable to provide energy deposition to a region of interest, the reflective surface is configured to be inclined at an angle with respect to the transducer such that energy transmitted from the transducer is bent, redirected or reflected from the reflective surface towards the region of interest; wherein the variable depth transducer system comprises a spatial control operable to change the angle of inclination of the reflective surface to focus the energy transmitted by the transducer to any depth in the region of interest; and a controller in communication with the transducer and the variable depth element,the controller comprising a control of the spatial control and a control of a frequency of the energy. the variable depth transducer system is operable to provide energy deposition to a region of interest, the reflective surface is configured to be inclined at an angle with respect to the transducer such that energy transmitted from the transducer is bent, redirected or reflected from the reflective surface towards the region of interest; wherein the variable depth transducer system comprises a spatial control operable to change the angle of inclination of the reflective surface to focus the energy transmitted by the transducer to any depth in the region of interest; and a controller in communication with the transducer and the variable depth element,the controller comprising a control of the spatial control and a control of a frequency of the energy.
A fibre composite component, especially for a vehicle structure, having a fibre structure which comprises at least one fibre layer, wherein at least one of the at least one fibre layers is formed of a number of pre-formed fibre mats (11a-f), wherein a first pre-formed fibre mat (11a, 11e) has a greater fibre mat thickness than a second pre-formed fibre mat (11b, 11d-f) from the number of pre-formed fibre mats (11a-f) of the at least one fibre layer, characterised in that the pre-formed fibre mats (11a-f) are arranged in planar manner next to each other in order to form the fibre layer, and the fibre composite component comprises a first number of force introduction portions (13a, 13c), the first pre-formed fibre mat being provided in the region of at least one of the force introduction portions, the fibre layer formed having a fibre mat thickness which varies over the fibre composite component and which is increased in the force introduction portions.