mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, at a client device, media content from a first user account, the media content comprising media data and an authentication credential, said authentication credential being associated with a second user account; applying a timestamp to the media content in response to the receiving the media content from the first user account; authenticating the media content at the client device based on the authentication credential; based on the timestamp, presenting the media content at a position among a collection of media content in an approval queue associated with the second user account at the client device, in response to the authenticating the media content based on the authentication credential; receiving an approval of the media content from the second user account; and adding the media content to a media collection associated with the second user account in response to the receiving the approval of the media content. receiving, at a client device, media content from a first user account, the media content comprising media data and an authentication credential, said authentication credential being associated with a second user account; applying a timestamp to the media content in response to the receiving the media content from the first user account; authenticating the media content at the client device based on the authentication credential; based on the timestamp, presenting the media content at a position among a collection of media content in an approval queue associated with the second user account at the client device, in response to the authenticating the media content based on the authentication credential; receiving an approval of the media content from the second user account; and adding the media content to a media collection associated with the second user account in response to the receiving the approval of the media content.
An exhaust gas purification system for a gasoline engine, comprising in consecutive order the following devices: a first three-way-catalyst, a gasoline particulate filter and a second three-way-catalyst, wherein the platinum-group metal concentration of the GPF is at least 40% greater than the PGM of the TWC2, wherein the PGM is determined in g/l (g/ ft3) of the volume of the device. a first three-way-catalyst, a gasoline particulate filter and a second three-way-catalyst, wherein the platinum-group metal concentration of the GPF is at least 40% greater than the PGM of the TWC2, wherein the PGM is determined in g/l (g/ ft3) of the volume of the device.
An apparatus for sequencing a nucleic acid, comprising: an array of CMOS-fabricated sensors, each sensor comprising one chemically-sensitive field effect transistor (chemFET) and occupying an area on a surface of the array of ten micrometers by ten micrometers or less and each sensor configured to provide at least one output signal representing a presence and/or concentration of an analyte proximate to said surface so that incorporation of one or more known nucleotide triphosphates in the nucleic acid is detectable by a change in current at the chemFET of the sensor, wherein the chemFET of each sensor comprises a floating gate structure. an array of CMOS-fabricated sensors, each sensor comprising one chemically-sensitive field effect transistor (chemFET) and occupying an area on a surface of the array of ten micrometers by ten micrometers or less and each sensor configured to provide at least one output signal representing a presence and/or concentration of an analyte proximate to said surface so that incorporation of one or more known nucleotide triphosphates in the nucleic acid is detectable by a change in current at the chemFET of the sensor, wherein the chemFET of each sensor comprises a floating gate structure.
A control system for an infant care apparatus for controlling the humidity within an infant compartment, said control system comprising: a heating system for warming the enclosed compartment; an infant temperature sensor; a humidifier for introducing water at a controlled rate into the enclosed compartment to humidify the enclosed compartment; and a humidification control system for controlling the rate of water introduced by the humidifier to the enclosed compartment based upon a user input of time and humidity to the humidification control system; wherein the humidification control system includes a option selectable by a user between an automatic control of the humidity and a manual mode of humidification; wherein, in the automatic control of the humidity, the humidification control system is arranged such that successive periods of time and specific levels of humidity desired during those periods of time can be entered. a heating system for warming the enclosed compartment; an infant temperature sensor; a humidifier for introducing water at a controlled rate into the enclosed compartment to humidify the enclosed compartment; and a humidification control system for controlling the rate of water introduced by the humidifier to the enclosed compartment based upon a user input of time and humidity to the humidification control system; wherein the humidification control system includes a option selectable by a user between an automatic control of the humidity and a manual mode of humidification; wherein, in the automatic control of the humidity, the humidification control system is arranged such that successive periods of time and specific levels of humidity desired during those periods of time can be entered.
A component having an aperture fitted with a fastener assembly, the fastener assembly comprising a threaded nut and a retainer device for positioning the threaded nut relative to the aperture for attachment of a threaded bolt, the retainer device comprising a nut receiving part and a pair of tongues extending from the nut receiving part and locatable relative to the aperture to hold the nut relative to the aperture, the component having a first side and a second side, the aperture extending through the component from the first side to the second side, the component having at least one member that provides at least one bearing surface for the nut and an opening for receipt of a bolt, the at least one member dividing the aperture into a first portion through which the nut receiving part may pass from the first side of the component to the second side and a pair of clearances defined between the member and outer edges of the aperture for receipt of said tongues, the opening being between the pair of clearances.
A method performed by a user equipment, UE, said UE comprising a first radio technology component and a second radio technology component on a single platform, the method comprising: detecting a coexistence triggering event; sending, to a serving eNodeB, eNB, a message to request handover for the first radio technology component from a source to a target for a proposed minimum holding time; receiving, from the serving eNB, a handover command message to handover the first radio technology component from the source to the target for a specified minimum holding time to establish a coexistence mode for the first and second radio technology components; and enabling the first radio technology component to handover the first radio technology component to the target for the specified minimum holding time whereby the first radio technology component is not handed back to the source during the specified minimum holding time, thereby enabling the radio resources on the UE to be used by the second radio technology component without interference from/to the first radio technology component. detecting a coexistence triggering event; sending, to a serving eNodeB, eNB, a message to request handover for the first radio technology component from a source to a target for a proposed minimum holding time; receiving, from the serving eNB, a handover command message to handover the first radio technology component from the source to the target for a specified minimum holding time to establish a coexistence mode for the first and second radio technology components; and enabling the first radio technology component to handover the first radio technology component to the target for the specified minimum holding time whereby the first radio technology component is not handed back to the source during the specified minimum holding time, thereby enabling the radio resources on the UE to be used by the second radio technology component without interference from/to the first radio technology component.
A magnetic block, comprising: a non-magnetic body frame comprising four outer walls and an internal parallelepiped connected to the outer walls of the body frame via links, at least one cap, the at least one cap being mounted to the body frame, wherein inner faces of the outer walls of the body frame, outer sidewall faces of the internal parallelepiped, and the links form four vertical cells and a top, a bottom of the internal parallelepiped and inner faces of the cap form two horizontal cells; both the vertical cells and horizontal cells are for placing magnets along an outer periphery of the internal parallelepiped, characterized in that the magnetic block comprises rectangular magnets, the rectangular magnets being placed one in each of the cells (402, 404) such that a distance between adjacent magnets, in a projection on a plane of the one magnet, is not greater than 1.3 times a thickness of each magnet, and wherein a ratio of the surface area of a face of each rectangular magnet to the surface area of a corresponding face of the magnetic block is between 0.15 and 0.60, and wherein three adjacent faces have a northern polarity and three adjacent faces have a southern polarity and wherein each of the cells (402, 404) designed to prevent rotation of the located inside magnet relative to the center of the rectangular magnet. a non-magnetic body frame comprising four outer walls and an internal parallelepiped connected to the outer walls of the body frame via links, at least one cap, the at least one cap being mounted to the body frame, wherein inner faces of the outer walls of the body frame, outer sidewall faces of the internal parallelepiped, and the links form four vertical cells and a top, a bottom of the internal parallelepiped and inner faces of the cap form two horizontal cells; both the vertical cells and horizontal cells are for placing magnets along an outer periphery of the internal parallelepiped, characterized in that the magnetic block comprises rectangular magnets, the rectangular magnets being placed one in each of the cells (402, 404) such that a distance between adjacent magnets, in a projection on a plane of the one magnet, is not greater than 1.3 times a thickness of each magnet, and wherein a ratio of the surface area of a face of each rectangular magnet to the surface area of a corresponding face of the magnetic block is between 0.15 and 0.60, and wherein three adjacent faces have a northern polarity and three adjacent faces have a southern polarity and wherein each of the cells (402, 404) designed to prevent rotation of the located inside magnet relative to the center of the rectangular magnet.
A portable spray device for discharging liquids, having a tank, a pump, a hand lever, which is movable about an axis of rotation, for actuating the pump, a pressurized container for accommodating liquid under pressure, wherein liquid is suctioned out of the tank into the pump and conducted under pressure into the pressurized container by the actuation of the hand lever, and a hose having a valve and a nozzle or lance for spraying pressurized liquid, characterized in that the hand lever of the spray device has a cavity having an opening, wherein the pump is arranged with a pump cylinder, a piston, and a piston rod in the cavity, and the pump cylinder of the pump and the opening of the hand lever are closed to form a seal, and the pressurized container is formed by the cavity and the sealed-closed opening, and the piston rod is rotatably connected via a lever element to the axis of rotation of the hand lever.
An edible product comprising 4-90 wt.% of a glyceride component and 10-96 wt% of other components, said glyceride component consisting of: • 76-97 wt.% triglycerides; • 0-8 wt.% diglycerides; • 3-16 wt.% monoglycerides; and said glyceride component having a solid fat content at 10°C (N 10) of less than 5%; wherein the weight ratio diglycerides:monoglycerides is less than 1:2; and wherein the edible product contains at least 0.5 wt.% of monoglycerides. • 76-97 wt.% triglycerides; • 0-8 wt.% diglycerides; • 3-16 wt.% monoglycerides; and
A method of detecting a target molecule in a sample, the method comprising: incubating a sample in a mixture with at least a first probe linked to a first label and a second probe linked to a second label, wherein the first and second probes specifically bind the same target molecule, if present, wherein the first label generates a first signal and the second label generates a second signal and the first signal and the second signal are distinguishable; partitioning the mixture into two or more partitions, wherein on average the partitions have fewer than two probes; and detecting the presence of the first label and the second label in at least one same partition, thereby detecting the target molecule in the sample. incubating a sample in a mixture with at least a first probe linked to a first label and a second probe linked to a second label, wherein the first and second probes specifically bind the same target molecule, if present, wherein the first label generates a first signal and the second label generates a second signal and the first signal and the second signal are distinguishable; partitioning the mixture into two or more partitions, wherein on average the partitions have fewer than two probes; and detecting the presence of the first label and the second label in at least one same partition, thereby detecting the target molecule in the sample.
A microencapsulated formulation with a coating matrix, wherein said formulation comprises or, alternatively, consists of: (a) a diosmin; (b) a troxerutin; (c) coumarins or an extract of a plant species comprising coumarins; and wherein said coating matrix comprises or, alternatively, consists of at least one lipid. wherein said formulation comprises or, alternatively, consists of: (a) a diosmin; (b) a troxerutin; (c) coumarins or an extract of a plant species comprising coumarins; and (a) a diosmin; (b) a troxerutin; (c) coumarins or an extract of a plant species comprising coumarins; and wherein said coating matrix comprises or, alternatively, consists of at least one lipid.
Packaging system suitable for filling box-shaped packaging units, comprising a bag-placing station configured to place a film for forming a bag in a packaging unit, a filling station configured to fill the bag placed in the packaging unit with a product, a heat-sealing station to heat-seal the bag, and a conveyor device suitable for moving a packaging unit between the various stations (A,B,C), characterized in that the conveyor device comprises a number of sets of corner elements over which a part of the film is foldable, wherein each set is suitable for moving concomitantly with a packaging unit during transportation past the various stations (A,B,C), and wherein each set of corner elements serves as a support during filling of the bag.
A pipette tip extension attachable to a pipette tip, the pipette tip extension comprising: - a proximal end, a distal end, and an exterior wall extending between the proximal end and the distal end, the exterior wall having an outer side and an inner side and forming at the proximal end a reception aperture for inserting a pipette tip, and at the distal end a dispense aperture, - an inner cavity enclosed by the inner side of the exterior wall, - one or more distance elements connected to the inner side of the exterior wall, the distance element(s) being configured to position a pipette tip within the inner cavity and to establish a fluid uptake area adjacent to the inner side of the exterior wall, the fluid uptake area extending from the dispense aperture towards the reception aperture and being in fluid connection with the surrounding atmosphere at the reception aperture, the pipette tip extension being configured as an integrally produced workpiece, and being made of a non-polar olefine based polypropylene composition comprising at least 85% of a heterophasic polypropylene copolymer ( h-PP), the latter comprising a propylene random copolymer matrix phase ( r-PPM), an elastomeric propylene copolymer ( e-PP) dispersed in the matrix, and optionally the PP composition may comprise polyethylene dispersed in the matrix, whereat the polypropylene composition has a shore hardness D from 45-60. - a proximal end, a distal end, and an exterior wall extending between the proximal end and the distal end, the exterior wall having an outer side and an inner side and forming at the proximal end a reception aperture for inserting a pipette tip, and at the distal end a dispense aperture, - an inner cavity enclosed by the inner side of the exterior wall, - one or more distance elements connected to the inner side of the exterior wall, the distance element(s) being configured to position a pipette tip within the inner cavity and to establish a fluid uptake area adjacent to the inner side of the exterior wall, the fluid uptake area extending from the dispense aperture towards the reception aperture and being in fluid connection with the surrounding atmosphere at the reception aperture,
A structure for controlling a temperature of hot-water supply from a waste heat recovery system using a three-way valve, comprising: a hot-water tank having a waste heat exchanger for recovering waste heat from a waste heat source to generate hot water, a heating heat exchanger for exchanging heat using the hot water so as to provide heating, and a temperature sensor for checking a temperature of the hot water, to store the hot water heat-exchanged by the waste heat exchanger; a boiler heating the heat-exchanged hot water from the hot-water tank to satisfy a temperature set by a user for heating and hot-water supply and supplying the heated hot water to a heating space and a hot-water supply space; a three-way valve installed in a hot-water line introduced from the hot-water tank to the boiler to selectively supply hot water or direct water flowing from the hot-water tank to the boiler; characterized by a controller controlling the three-way valve to block the hot water flowing in from the hot water tank and supplying the direct water to the boiler when it is checked by the temperature sensor that the temperature of the hot-water tank is 0 °C to 10 °C lower than the hot-water supply setting temperature of the boiler. a hot-water tank having a waste heat exchanger for recovering waste heat from a waste heat source to generate hot water, a heating heat exchanger for exchanging heat using the hot water so as to provide heating, and a temperature sensor for checking a temperature of the hot water, to store the hot water heat-exchanged by the waste heat exchanger; a boiler heating the heat-exchanged hot water from the hot-water tank to satisfy a temperature set by a user for heating and hot-water supply and supplying the heated hot water to a heating space and a hot-water supply space; a three-way valve installed in a hot-water line introduced from the hot-water tank to the boiler to selectively supply hot water or direct water flowing from the hot-water tank to the boiler; characterized by a controller controlling the three-way valve to block the hot water flowing in from the hot water tank and supplying the direct water to the boiler when it is checked by the temperature sensor that the temperature of the hot-water tank is 0 °C to 10 °C lower than the hot-water supply setting temperature of the boiler.
An auto-focusing apparatus having an asymmetric supporting structure, comprising: a first frame having a magnet; a second frame having an AF coil for moving the first frame in an optical axis direction; a first ball group located between the first frame and the second frame and having a n (n is a natural number of 4 or above) number of balls arranged along the optical axis direction; and a second ball group located between the first frame and the second frame at a position different from the first ball group and having a m (m is a natural number of 4 or above) number of balls arranged along the optical axis direction, wherein the first ball group includes two first support balls having a greater size than the other balls in the first ball group, and the second ball group includes two second support balls having a greater size than the other balls in the second ball group. a first frame having a magnet; a second frame having an AF coil for moving the first frame in an optical axis direction; a first ball group located between the first frame and the second frame and having a n (n is a natural number of 4 or above) number of balls arranged along the optical axis direction; and a second ball group located between the first frame and the second frame at a position different from the first ball group and having a m (m is a natural number of 4 or above) number of balls arranged along the optical axis direction, wherein the first ball group includes two first support balls having a greater size than the other balls in the first ball group, and the second ball group includes two second support balls having a greater size than the other balls in the second ball group.
Burner for a gas turbine, the burner comprising a duct enclosing a plurality of vortex generators and downstream of them a lance provided with nozzles for injecting at least a gaseous fuel and a liquid fuel, the burner further comprising a mixer for diluting and mixing said gaseous fuel with an oxidiser to form a mixture, said mixer being connected to said nozzles for feeding them with said mixture, the burner characterised in that it comprises a by-pass for the oxidiser in parallel to the mixer and in that said mixer is located outside said duct.