mhurhangee/ep-ind-claims huggingface dataset:
A strain belonging to the genus Aurantiochytrium, the strain producing at least 10% by weight of squalene among the total lipids, and forming colonies that exhibit an orange-to-red color.
A precision liquid applicator for dispensing an applicator liquid from a container onto a surface, comprising: a closure secured to the container; said closure defining a first end and a second end with a through orifice extending therebetween; said closure having an internal closure orifice defining a terminal orifice defined in the second end with a sealing seat adjacent to said terminal orifice; a valve having a precision applicator tip with a valve seal located adjacent to said precision applicator tip; a biasing spring urging said valve seal of said valve into engagement with said sealing seat of said closure for inhibiting the flow of the applicator liquid from said terminal orifice; and a depression of said precision applicator tip upon the surface displacing said valve seal from said sealing seat for providing an annular passageway between said precision applicator tip and said terminal orifice to enable the flow of the applicator liquid in a operative position of the liquid applicator from the container through the terminal orifice onto the surface, characterized in, that the liquid applicator comprises a valve stop located on said valve cooperating with a stop wall for limiting movement of said valve to control a cross-sectional area of said passageway between said precision applicator tip and said terminal orifice and for ensuring said precision applicator tip extends in the operative position beyond said second end of said closure, and that the liquid applicator includes a retainer secured to said closure, said biasing spring being disposed between said valve and said retainer, wherein said retainer includes a retainer cup having a cylindrical sidewall, a bottom wall and an internal diameter, wherein said bottom wall functions as said stop wall.
A method of operating a base station to control the transmission of data to terminal devices in a wireless telecommunications system by a relay node for the base station, the method comprising: transmitting the data to the relay node for transmission by the relay node to a terminal device at a first time; conveying an indication to the relay node to indicate the relay node should attempt to store the data in a cache at the relay node receiving a cache status indicator from the relay node to indicate whether the data have been successfully stored in the cache at the relay node; and subsequently conveying an indication to the relay node to indicate the relay node should retrieve the data from the cache and transmit the data to a terminal device at a second time, wherein the data is user plane data associated with a multimedia broadcast multicast service, MBMS. transmitting the data to the relay node for transmission by the relay node to a terminal device at a first time; conveying an indication to the relay node to indicate the relay node should attempt to store the data in a cache at the relay node receiving a cache status indicator from the relay node to indicate whether the data have been successfully stored in the cache at the relay node; and subsequently conveying an indication to the relay node to indicate the relay node should retrieve the data from the cache and transmit the data to a terminal device at a second time, wherein the data is user plane data associated with a multimedia broadcast multicast service, MBMS.
A method comprising: displaying, on a primary display device (102, 305), content in a plurality of windows (315, 320) associated with corresponding window characteristics; sending, via a network connection, the window characteristics and an image including the outlines of the windows (315, 320) to a remote display device (106, 355); receiving, from the remote display device (106, 355), one or more updated window characteristics; and updating at least one of the windows being displayed on the primary display device (102, 305) based on the one or more updated window characteristics; the method further comprising: reducing a complexity of the image prior to sending the image to the remote display device (106, 355), said reducing comprising removing, from the image, the content within the boundaries of the windows (315, 320). displaying, on a primary display device (102, 305), content in a plurality of windows (315, 320) associated with corresponding window characteristics; sending, via a network connection, the window characteristics and an image including the outlines of the windows (315, 320) to a remote display device (106, 355); receiving, from the remote display device (106, 355), one or more updated window characteristics; and updating at least one of the windows being displayed on the primary display device (102, 305) based on the one or more updated window characteristics; the method further comprising: reducing a complexity of the image prior to sending the image to the remote display device (106, 355), said reducing comprising removing, from the image, the content within the boundaries of the windows (315, 320). reducing a complexity of the image prior to sending the image to the remote display device (106, 355), said reducing comprising removing, from the image, the content within the boundaries of the windows (315, 320).
A diene Ladder branched ethylene-based polymer comprising a reaction product of polymerizing ethylene monomer, at least one diene comonomer, and optionally at least one C 3 to C 14 comonomer under defined polymerization reaction conditions, the ethylene-based polymer having: an M w /M w0 greater than 1.20, where M w is the weight-average molecular weight of the ethylene-based polymer as determined from a gel permeation chromatography curve of the ethylene-based polymer acquired by refractive index chromatography, and M w0 is the initial weight-average molecular weight of a comparative ethylene-based polymer by gel permeation chromatography, the comparative ethylene-based polymer being a reaction product of polymerizing ethylene monomer and all C 3 to C 14 comonomers present in the ethylene-based polymer, if any, without the at least one diene comonomer, under the defined polymerization reaction conditions, wherein M w and M w0 are determined as described in the description; and a high molecular weight tail quantified by an MWD area metric, A TAIL, and A TAIL is less than or equal to 0.04 as determined by gel permeation chromatography using a triple detector; wherein A TAIL is determined and defined as set out in the description. an M w /M w0 greater than 1.20, where M w is the weight-average molecular weight of the ethylene-based polymer as determined from a gel permeation chromatography curve of the ethylene-based polymer acquired by refractive index chromatography, and M w0 is the initial weight-average molecular weight of a comparative ethylene-based polymer by gel permeation chromatography, the comparative ethylene-based polymer being a reaction product of polymerizing ethylene monomer and all C 3 to C 14 comonomers present in the ethylene-based polymer, if any, without the at least one diene comonomer, under the defined polymerization reaction conditions, wherein M w and M w0 are determined as described in the description; and a high molecular weight tail quantified by an MWD area metric, A TAIL, and A TAIL is less than or equal to 0.04 as determined by gel permeation chromatography using a triple detector; wherein A TAIL is determined and defined as set out in the description.
A method of providing handover control of a subscriber station operable in a wireless communication network, comprising: monitoring, by the subscriber station, a number of a plurality of transition events within a time period, the subscriber station transitioning between two nodes of a plurality of nodes (220, 222, 224) associated with the wireless communication network during each transition event; determining, by the subscriber station, that the number of the plurality of transition events monitored during the time period has exceeded a predefined threshold that is greater than one; in response to the determining, generating, by the subscriber station, a roaming management request having transition event information associated with the transition events; and transmitting, by the subscriber station, the roaming management request to a node of the plurality of nodes (220, 222, 224) associated with the wireless communication network. monitoring, by the subscriber station, a number of a plurality of transition events within a time period, the subscriber station transitioning between two nodes of a plurality of nodes (220, 222, 224) associated with the wireless communication network during each transition event; determining, by the subscriber station, that the number of the plurality of transition events monitored during the time period has exceeded a predefined threshold that is greater than one; in response to the determining, generating, by the subscriber station, a roaming management request having transition event information associated with the transition events; and transmitting, by the subscriber station, the roaming management request to a node of the plurality of nodes (220, 222, 224) associated with the wireless communication network.
An insulated electric cord comprising an elongate outer covering arrangement, first and second elongate electrical conductors (14, 16) held within the outer covering arrangement and extending longitudinally therethrough, and an elongate load bearing member held within the outer covering arrangement and extending longitudinally therethrough, wherein the outer covering arrangement has an elongate access formation (31, 44) configured to allow a portion of the load bearing member to be extracted from the outer covering arrangement, characterised in that the access formation comprises a severable region of weakness of the outer covering arrangement, said severable region extending alongside the load bearing member.
A system for artificially generating sunlight in accordance with a daytime locus using spectral characteristics that resemble sunlight, said system being configured to automatically control at least one lighting fixture substantially along said daytime locus to generate said artificial sunlight, said system comprising: at least one lighting fixture for automatically changing brightness levels and color levels in accordance with a user-selected input coupled to said system, said at least one lighting fixture comprising a plurality of lighting elements, whereby each lighting element generates broad spectrum white light of color temperatures from 1800K to 6500K; at least two light sensors (for detecting the light emitted from said plurality of lighting elements and generating respective signals of said detected light; and a controller coupled to said plurality of lighting elements and to said at least two light sensors, said controller being configured to use said respective signals of said detected light to drive said plurality of lighting elements, said controller being configured to activate a color match algorithm for automatically creating respective drive signals for each of said plurality of lighting elements for automatically varying a brightness level and a color level of said at least one lighting fixture, and wherein the controller is configured to control a total flux of blue light of the lighting fixture from a relative level of 1 to 100% of a maximum blue light flux within said broad spectrum white light produced by each lighting element. at least one lighting fixture for automatically changing brightness levels and color levels in accordance with a user-selected input coupled to said system, said at least one lighting fixture comprising a plurality of lighting elements, whereby each lighting element generates broad spectrum white light of color temperatures from 1800K to 6500K; at least two light sensors (for detecting the light emitted from said plurality of lighting elements and generating respective signals of said detected light; and a controller coupled to said plurality of lighting elements and to said at least two light sensors, said controller being configured to use said respective signals of said detected light to drive said plurality of lighting elements, said controller being configured to activate a color match algorithm for automatically creating respective drive signals for each of said plurality of lighting elements for automatically varying a brightness level and a color level of said at least one lighting fixture, and
A method of preparing bromfenac sodium Form I, wherein the bromfenac sodium Form I is characterized by a powder x-ray diffraction pattern having main peaks expressed as 2-theta at 4.4, 8.8, 9.4, 12.1, 15.2, 15.9, 17.6, 18.2, 18.8, 20.2, 21.2, 24.7, 28.4, and 32.4 degrees, the method comprising hydrating bromfenac sodium Form II, wherein bromfenac sodium Form II is characterized by a powder x-ray diffraction pattern having main peaks expressed as 2-theta at 11.3, 14.4, 16.5, 17.3, 18.5, 19.4, 20.7, 21.0, 22.7, 29.0, 31.8, 34.1 and 36.1 degrees.
A method for monitoring an orbit of a satellite including a body having two opposite faces substantially parallel to each other each comprising at least one heater, the method being characterised in that it includes: - a step of determining an evolution of a free drift of an argument of latitude (u) of the satellite; - a step of monitoring the drift of the argument of latitude (u) of the satellite during which a thermal setpoint law is applied to at least one of the heaters, according to the solar elevation β, to create a target thermal power difference ΔPc between the two opposite faces, which thermal power difference is at the origin of a force having a component tangential to an orbit of the satellite intended to counterbalance the free drift of the argument of latitude (u) of the satellite and allow the argument of latitude (u) to stay within a predetermined angular window. - a step of determining an evolution of a free drift of an argument of latitude (u) of the satellite; - a step of monitoring the drift of the argument of latitude (u) of the satellite during which a thermal setpoint law is applied to at least one of the heaters, according to the solar elevation β, to create a target thermal power difference ΔPc between the two opposite faces, which thermal power difference is at the origin of a force having a component tangential to an orbit of the satellite intended to counterbalance the free drift of the argument of latitude (u) of the satellite and allow the argument of latitude (u) to stay within a predetermined angular window.
An optical security component intended to be observed in reflection in a control spectral band from an observation face, the component comprising: - a set of layers that are transparent in said control spectral band, one layer of which is structured, wherein said structured layer comprises, in one or more control areas (A, B) forming recognisable graphic elements, microstructures suitable for generating variable visual effects that vary depending on the conditions of illumination and/or observation of the component, and, on the periphery of said control areas, microstructures, wherein the shape, spatial distribution, height dimensions and lateral dimensions of said microstructures are random in order to form an optical diffusing structure in the control spectral band; - a metal layer arranged in a localised manner on the structured layer, such as to have a maximum reflection at the level of the control areas and a transparency that increases at the level the optical diffusing structure, the transparency increasing with distance from the control areas. - a set of layers that are transparent in said control spectral band, one layer of which is structured, wherein said structured layer comprises, in one or more control areas (A, B) forming recognisable graphic elements, microstructures suitable for generating variable visual effects that vary depending on the conditions of illumination and/or observation of the component, and, on the periphery of said control areas, microstructures, wherein the shape, spatial distribution, height dimensions and lateral dimensions of said microstructures are random in order to form an optical diffusing structure in the control spectral band; - a metal layer arranged in a localised manner on the structured layer, such as to have a maximum reflection at the level of the control areas and a transparency that increases at the level the optical diffusing structure, the transparency increasing with distance from the control areas.
A honeycomb frame wax cap pricking device comprising a base frame,, a movement mechanism and spike assemblies that further comprise at least spikes and springs, wherein the pricking mechanism of the honeycomb frame wax cap pricking device comprises a rotatable eccentric mechanism configured to move the spike assembly comprising the spikes that punctures all the wax caps of a honeycomb frame simultaneously and once during each of the rotation cycle of at least the electric motor driving the pricking mechanism.
An interactive platform for populating hidden data fields and controlling interactive features in an amusement park based on the hidden data fields, wherein the interactive platform comprises a control center configured to: receive an account request from a user computer system; populate forward facing data fields based on user inputs from the user computer system; coordinate authentication of the account request with a separate system configured to utilize a login application programming interface to share authentication data; receive the authentication data from the separate system and provide access to a user account based on the authentication data; and populate the hidden data fields of the control center based on user data provided by the separate system. receive an account request from a user computer system; populate forward facing data fields based on user inputs from the user computer system; coordinate authentication of the account request with a separate system configured to utilize a login application programming interface to share authentication data; receive the authentication data from the separate system and provide access to a user account based on the authentication data; and populate the hidden data fields of the control center based on user data provided by the separate system.
An energy storage device comprising: a cathode comprising a first plurality of frustules, the first plurality of frustules comprises nanostructures comprising an oxide of manganese; and an anode comprising a second plurality of frustules, the second plurality of frustules comprises nanostructures comprising zinc oxide, wherein the first plurality of frustules comprises a ratio of a mass of the oxide of manganese to a mass of the frustules of 20:1 to 100:1, wherein the second plurality of frustules comprises a ratio of a mass of the zinc oxide to a mass of frustules of 20:1 to 100:1, and wherein the first plurality of frustules comprises a first plurality of pores not occluded by the nanostructures comprising the oxide of manganese, and wherein the second plurality of frustules comprises a second plurality of pores not occluded by the nanostructures comprising the zinc oxide, wherein the anode is printed from an ink comprising an electrolyte salt and the electrolyte salt comprises a zinc salt. a cathode comprising a first plurality of frustules, the first plurality of frustules comprises nanostructures comprising an oxide of manganese; and an anode comprising a second plurality of frustules, the second plurality of frustules comprises nanostructures comprising zinc oxide, wherein the first plurality of frustules comprises a ratio of a mass of the oxide of manganese to a mass of the frustules of 20:1 to 100:1, wherein the second plurality of frustules comprises a ratio of a mass of the zinc oxide to a mass of frustules of 20:1 to 100:1, and wherein the first plurality of frustules comprises a first plurality of pores not occluded by the nanostructures comprising the oxide of manganese, and wherein the second plurality of frustules comprises a second plurality of pores not occluded by the nanostructures comprising the zinc oxide, wherein the anode is printed from an ink comprising an electrolyte salt and
Drawer connecting device (9, 47, 77) for connecting a drawer front to a drawer side part (17, 18), wherein the drawer connecting device (9, 47, 77) comprises a mounting component which can be attached to the drawer front, a front connector which can be attached to the drawer side part (17, 18) an inner housing and an outer housing, wherein the mounting component can be fixed to the front connector in order to establish a connected state of the drawer front to the drawer side part (17, 18), wherein the inner housing has a guide element, wherein the front connector is mounted on the inner housing so as to be displaceable by means of the guide element, wherein the inner housing is mounted on the outer housing in a displaceable manner, such that the inner housing and the front connector are present so as to be displaceable together relative to the outer housing, wherein a direction of movement of the front connector relative to the inner housing is oriented transversely and/or perpendicularly with respect to a direction of movement of the inner housing relative to the outer housing, wherein the front connector has two or more connector plates (26, 27), wherein the connector plates (26, 27) are arranged spaced apart from one another and are connected to one another by means of a connecting element (44, 45), wherein the inner housing has two side parts (88, 89) which lie opposite one another and are arranged spaced apart from one another, wherein at least two guide elements (116, 117) are present, wherein a respective guide element (116, 117) connects the two side parts (88, 89) to one another, wherein the guide elements (116, 117) are configured on the inner housing so as to be spaced apart from one another, wherein each guide element (116, 117) has a longitudinal axis, wherein the front connector is mounted on the guide elements (116, 117) only linearly displaceably or only rectilinearly between the side parts (88, 89) along the longitudinal axes of the guide elements (116, 117), wherein the drawer connecting device (9, 47, 77) has a displacing element and an actuating arrangement, wherein the displacing element is arranged between the connector plates (26, 27), such that the displacing element is displaceable relative to the connector plates (26, 27) in a direction transverse to a longitudinal extent of the longitudinal axis of a guide element (116, 117) and is retained in a positionally fixed manner relative to the connector plates (26, 27) in the longitudinal extent of the longitudinal axis of the guide element (116, 117), wherein the actuating arrangement has an actuating element and an engaging element, wherein the engaging element is arranged on the displacing element, wherein the actuating element engages on the engaging element, such that a linear movement of the displacing element and of the connector plates (26, 27) along the longitudinal axes of the guide elements (116, 117) is realized by means of an adjustment of the actuating element.