mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for curing a printing plate made of or having photocurable material e.g., ultraviolet-curable material thereon, with a mask ablated according to imaging data, the apparatus comprising: a light exposure unit including a light source to produce light energy at a wavelength or wavelengths suitable for curing the photo-curable material; and a drive mechanism to produce relative motion between the light from the light exposure unit and the plate during curing of the plate; a control system coupled to and configured to control at least said drive mechanism, wherein the relative motion includes motion in at least one direction and includes repeating exposure of any part of the plate with a period of repetition, wherein the control system includes means for varying the period of repetition between a first repetition period and a second higher repetition period for controlling the shape of three-dimensional printing features created on the printing plate, such that curing at the second higher repetition period produces printing features that have flat tops, and curing at the first repetition period produces printing features that have round tops, the overall fluence at the first repetition period and at the second repetition period being sufficient to cure the printing plate. a light exposure unit including a light source to produce light energy at a wavelength or wavelengths suitable for curing the photo-curable material; and a drive mechanism to produce relative motion between the light from the light exposure unit and the plate during curing of the plate; a control system coupled to and configured to control at least said drive mechanism, wherein the relative motion includes motion in at least one direction and includes repeating exposure of any part of the plate with a period of repetition, wherein the control system includes means for varying the period of repetition between a first repetition period and a second higher repetition period for controlling the shape of three-dimensional printing features created on the printing plate, such that curing at the second higher repetition period produces printing features that have flat tops, and curing at the first repetition period produces printing features that have round tops, the overall fluence at the first repetition period and at the second repetition period being sufficient to cure the printing plate.
An adapter plate of a storage module adapter assembly for a modular container comprising: first and second longitudinal frame members each having generally horizontal flange members that extend an entire length of a top portion thereof; and the first longitudinal frame member having a first height, and the second longitudinal frame member having a second height such that when two adapter plates are positioned adjacent to each other, the respective generally horizontal flange members of the two adapter plates overlap to enable connection of the two adapter plates together with the flange members in nested relationship, characterized by further comprising a plurality of connection openings provided in each of the generally horizontal flange members; and wherein, when the generally horizontal flange members of the two adapter plates overlap to enable connection of the two adapter plates together with the flange members in nested relationship, the connection openings of the overlapping flange members are aligned, at least one anchor member provided to pass through at least one of the plurality of connection openings, and an anchor plate attached to the at least one anchor member. first and second longitudinal frame members each having generally horizontal flange members that extend an entire length of a top portion thereof; and the first longitudinal frame member having a first height, and the second longitudinal frame member having a second height such that when two adapter plates are positioned adjacent to each other, the respective generally horizontal flange members of the two adapter plates overlap to enable connection of the two adapter plates together with the flange members in nested relationship, characterized by further comprising a plurality of connection openings provided in each of the generally horizontal flange members; and wherein, when the generally horizontal flange members of the two adapter plates overlap to enable connection of the two adapter plates together with the flange members in nested relationship, the connection openings of the overlapping flange members are aligned, at least one anchor member provided to pass through at least one of the plurality of connection openings, and an anchor plate attached to the at least one anchor member.
A method comprising: providing an aptamer that is immobilized on a first solid support, the aptamer having a specific binding affinity for the target molecule and bearing a first tag having an affinity to a first capture element, the first solid support comprising a first capture element, and the first tag being associated with the first capture element to immobilize the aptamer on the first solid support, said first solid support having been washed with one or more solutions that dissociate aggregated aptamers; contacting said immobilized aptamer with the test sample, wherein an aptamer-target affinity complex is formed if said target molecule is present in said test sample; removing one or more components of the mixture not associated with said first solid support; attaching a second tag with an affinity to a second capture element to said target molecule in the aptamer-target affinity complex; releasing the aptamer-target affinity complex from said first solid support; exposing the released aptamer-target affinity complex to a second solid support comprising a second capture element and allowing the second tag to associate with said second capture element; removing any components of the mixture not associated with said second solid support; and eluting aptamers from said second solid support with one or more solutions comprising a chaotropic salt that disrupts aptamer/analyte interactions. providing an aptamer that is immobilized on a first solid support, the aptamer having a specific binding affinity for the target molecule and bearing a first tag having an affinity to a first capture element, the first solid support comprising a first capture element, and the first tag being associated with the first capture element to immobilize the aptamer on the first solid support, said first solid support having been washed with one or more solutions that dissociate aggregated aptamers; contacting said immobilized aptamer with the test sample, wherein an aptamer-target affinity complex is formed if said target molecule is present in said test sample; removing one or more components of the mixture not associated with said first solid support; attaching a second tag with an affinity to a second capture element to said target molecule in the aptamer-target affinity complex; releasing the aptamer-target affinity complex from said first solid support; exposing the released aptamer-target affinity complex to a second solid support comprising a second capture element and allowing the second tag to associate with said second capture element; removing any components of the mixture not associated with said second solid support; and eluting aptamers from said second solid support with one or more solutions comprising a chaotropic salt that disrupts aptamer/analyte interactions.
A method of making a tobacco extract comprising; (a) contacting tobacco with an extraction solvent such that tobacco components are extracted from the tobacco into the solvent, wherein the extraction solvent comprises a supercritical fluid; (b) separating residual tobacco solids from the extraction solvent containing tobacco components; (c) providing an entrapment solvent in a vessel, exposing the extraction solvent containing tobacco components to conditions in that vessel, wherein the conditions in the vessel are such that the extraction solvent is subcritical, thereby releasing the tobacco components from the extraction solvent, and wherein the entrapment solvent dissolves the tobacco components released from the extraction solvent. (a) contacting tobacco with an extraction solvent such that tobacco components are extracted from the tobacco into the solvent, wherein the extraction solvent comprises a supercritical fluid; (b) separating residual tobacco solids from the extraction solvent containing tobacco components; (c) providing an entrapment solvent in a vessel, exposing the extraction solvent containing tobacco components to conditions in that vessel, wherein the conditions in the vessel are such that the extraction solvent is subcritical, thereby releasing the tobacco components from the extraction solvent,
A device for extracting a molecule of interest from a sample matrix, the device comprising: a support comprising a previously etched stainless-steel support surface, and comprising an insertion and a mounting end; characterized by a sealing layer that coats the stainless-steel support surface from the insertion end towards the mounting end, wherein the sealing layer is a layer of polyacrylonitrile; and an extractive phase coating applied on the sealing layer, leaving a portion of the sealing layer extending past the end of the extractive phase coating, allowing the extractive phase coating to be fully immersed in the sample matrix while preventing the sample matrix from interacting with the stainless-steel support surface. a support comprising a previously etched stainless-steel support surface, and comprising an insertion and a mounting end; characterized by a sealing layer that coats the stainless-steel support surface from the insertion end towards the mounting end, wherein the sealing layer is a layer of polyacrylonitrile; and an extractive phase coating applied on the sealing layer, leaving a portion of the sealing layer extending past the end of the extractive phase coating,
A terminal, comprising a bezel, a screen, a lampshade, and a proximity light assembly; wherein a periphery of the screen is fixedly connected to the bezel; the bezel is provided with a through hole; the lampshade is located on an inner side of the bezel and partially accommodated in the through hole; and the proximity light assembly is located on the inner side of the bezel, the terminal being characterized in that the proximity light assembly is configured to emit emitted light into the lampshade and receive induced light adapted to pass through the lampshade, the emitted light is adapted to pass through the lampshade to form emergent light, and the emergent light intersects with a plane on which the screen is located. a periphery of the screen is fixedly connected to the bezel; the bezel is provided with a through hole; the lampshade is located on an inner side of the bezel and partially accommodated in the through hole; and the proximity light assembly is located on the inner side of the bezel, the terminal being characterized in that the proximity light assembly is configured to emit emitted light into the lampshade and receive induced light adapted to pass through the lampshade, the emitted light is adapted to pass through the lampshade to form emergent light, and the emergent light intersects with a plane on which the screen is located.
A method of operation of a User Equipment device, UE, comprising: obtaining (200, 304) a first Discontinuous Reception, DRX, cycle for a Master Cell Group, MCG, of the UE for a dual connectivity mode of operation and a second DRX cycle for a Secondary Cell Group, SCG, of the UE for the dual connectivity mode of operation; determining (204, 306) at least one reference DRX cycle for the UE, each of the at least one reference DRX cycle being one of a group consisting of: the first DRX cycle, the second DRX cycle, a function of the first DRX cycle, a function of the second DRX cycle, and a function of both the first DRX cycle and the second DRX cycle; wherein determining (204, 306) the at least one reference DRX cycle comprises determining (604, 706) at least one reference DRX cycle for each of two or more groups of carriers based on one or more rules implemented by, and received from, a network node if signaling allows separate indication of whether a measurement object comprises normal or reduced performance, wherein each measurement object is associated with at least one reference DRX cycle; and performing (206, 308) one or more radio measurements on one or more cells based on the at least one reference DRX cycle, the one or more radio measurements being one or more inter-frequency radio measurements and/or one or more inter-Radio Access Technology, RAT, radio measurements. obtaining (200, 304) a first Discontinuous Reception, DRX, cycle for a Master Cell Group, MCG, of the UE for a dual connectivity mode of operation and a second DRX cycle for a Secondary Cell Group, SCG, of the UE for the dual connectivity mode of operation; determining (204, 306) at least one reference DRX cycle for the UE, each of the at least one reference DRX cycle being one of a group consisting of: the first DRX cycle, the second DRX cycle, a function of the first DRX cycle, a function of the second DRX cycle, and a function of both the first DRX cycle and the second DRX cycle; wherein determining (204, 306) the at least one reference DRX cycle comprises determining (604, 706) at least one reference DRX cycle for each of two or more groups of carriers based on one or more rules implemented by, and received from, a network node if signaling allows separate indication of whether a measurement object comprises normal or reduced performance, wherein each measurement object is associated with at least one reference DRX cycle; and performing (206, 308) one or more radio measurements on one or more cells based on the at least one reference DRX cycle, the one or more radio measurements being one or more inter-frequency radio measurements and/or one or more inter-Radio Access Technology, RAT, radio measurements.
An integrated foam type headrest having different hardness parts, the headrest comprising: a headrest cover; a cushion member being bonded to an inner surface of the cover before foaming of a foam material; a partition member bonded to an inner surface of the cushion member and preventing the foam material from penetrating into the cushion member; a stay frame fixing the headrest to a seat; and a foam material surrounding the stay frame and filled in the headrest cover by foaming characterized in that the cushion member is a memory foam having a rebound resilience of 5 to 15%, or is a sponge having a rebound resilience of equal to or less than 50%. a headrest cover; a cushion member being bonded to an inner surface of the cover before foaming of a foam material; a partition member bonded to an inner surface of the cushion member and preventing the foam material from penetrating into the cushion member; a stay frame fixing the headrest to a seat; and a foam material surrounding the stay frame and filled in the headrest cover by foaming characterized in that the cushion member is a memory foam having a rebound resilience of 5 to 15%, or is a sponge having a rebound resilience of equal to or less than 50%.
A system for guiding at least one boat comprising: - said boat comprising at least one piece of equipment having a parameter varying over time; - at least one remote server, said boat including a central unit connected to a user interface (5, 6), and to a radio means for bidirectional communication with the remote server, characterised in that it comprises at least one electronic tag affixed on the at least one piece of equipment of the boat that has a parameter varying over time, the electronic tag comprising an electronic chip including a repeatedly rewritable memory, and in that the central unit is also connected to a means for receiving data emitted by the at least one electronic tag, the data emitted by the tags including the value of the parameter varying over time, said central unit is configured to transmit by radio to the server information derived from the data emitted by the tags, the current position and the route plan of the boat, and to receive from this server route plan modification data which are displayed on the user interface. - said boat comprising at least one piece of equipment having a parameter varying over time; - at least one remote server, said boat including a central unit connected to a user interface (5, 6), and to a radio means for bidirectional communication with the remote server, characterised in that it comprises at least one electronic tag affixed on the at least one piece of equipment of the boat that has a parameter varying over time, the electronic tag comprising an electronic chip including a repeatedly rewritable memory, and in that the central unit is also connected to a means for receiving data emitted by the at least one electronic tag, the data emitted by the tags including the value of the parameter varying over time, said central unit is configured to transmit by radio to the server information derived from the data emitted by the tags, the current position and the route plan of the boat, and to receive from this server route plan modification data which are displayed on the user interface.
A divider assembly for dividing a cooking cavity of a microwave oven into two cooking subcavities (22a, 22b), the divider assembly comprising a gasket for engaging metal walls of the microwave oven; characterized in that the divider assembly further comprises: a first tempered glass panel; a metal frame extending around the periphery of the first tempered glass panel to support the first tempered glass panel; a honeycomb core positioned above the first tempered glass panel; and a second tempered glass panel positioned above the honeycomb core; wherein the gasket extends around the periphery of the metal frame and comprises small-diameter, long-length carbon nano-tubes. a first tempered glass panel; a metal frame extending around the periphery of the first tempered glass panel to support the first tempered glass panel; a honeycomb core positioned above the first tempered glass panel; and a second tempered glass panel positioned above the honeycomb core;
A battery pack comprising: a first battery cell and a second battery cell, the first and second battery cells being arranged in a same plane; and a protection circuit module electrically connected to the first and second battery cells, wherein the protection circuit module comprises a circuit board disposed between the first and second battery cells in said same plane as the first and second battery cells; wherein the first battery cell comprises a first electrode tab and a second electrode tab that extend in a first direction, the first and second electrode tabs of the first battery cell electrically connecting the first battery cell to the protection circuit module; wherein the second battery cell comprises a first electrode tab and a second electrode tab that extend in a second direction, the first and second electrode tabs of the second battery cell electrically connecting the second battery cell to the protection circuit module, wherein the second direction is opposite to the first direction; and wherein the battery pack further comprising a case arranged to house the first and second battery cells and the protection circuit module; characterized in that the protection circuit module comprises a terminal portion disposed at one side of the circuit board, wherein the terminal portion is electrically connected to an end portion of the circuit board and protrudes at a predetermined length towards outside areas of the first and second battery cells.. a first battery cell and a second battery cell, the first and second battery cells being arranged in a same plane; and a protection circuit module electrically connected to the first and second battery cells, wherein the protection circuit module comprises a circuit board disposed between the first and second battery cells in said same plane as the first and second battery cells; wherein the first battery cell comprises a first electrode tab and a second electrode tab that extend in a first direction, the first and second electrode tabs of the first battery cell electrically connecting the first battery cell to the protection circuit module; wherein the second battery cell comprises a first electrode tab and a second electrode tab that extend in a second direction, the first and second electrode tabs of the second battery cell electrically connecting the second battery cell to the protection circuit module, wherein the second direction is opposite to the first direction; and wherein the battery pack further comprising a case arranged to house the first and second battery cells and the protection circuit module; characterized in that the protection circuit module comprises a terminal portion disposed at one side of the circuit board, wherein the terminal portion is electrically connected to an end portion of the circuit board and protrudes at a predetermined length towards outside areas of the first and second battery cells..
An arrangement for protecting a fuse in a power supply circuit; said arrangement comprising determination of an electric quantity constituting a load on the fuse; which electric quantity (6, 6', 6") constituting a load on the fuse is determined repeatedly while the fuse is exposed to the load; and said arrangement comprising estimation of instantaneous load capacity of the fuse; characterized in that the estimation of instantaneous load capacity (9, 9') is performed using limitation criteria (5, 5', 5", 13, 13') set for the load capacity of the fuse; a first limitation criterion (5, 5', 5") indicates the longest possible operating time of the fuse under a given loading condition; and for the limitation criterion (5, 5', 5"), a representation (4, 4') with respect to the electric quantity (6, 6', 6") constituting a load on the fuse is provided; and a limitation criterion corresponding to the defined electric quantity (6, 6', 6") constituting a load on the fuse is derived repeatedly from the said representation (4, 4') while the fuse is exposed to the load; the estimate of instantaneous load capacity (9, 9') of the fuse is thus determined on the basis of both the limitation criterion defined substantially at the estimation instant and the limitation criteria (5', 5") defined before this, and the estimation of instantaneous load capacity (9, 9') is performed using additionally a second limitation criterion (13, 13') set for the load capacity of the fuse, this second limitation criterion (13, 13') indicating the recovery time of the fuse under a given loading condition.
A method for specifically adjusting the electrical conductivity of a conversion coating, wherein a metallic surface is first treated with a conversion/passivating solution which comprises 10 to 500 mg/l of Zr in complexed form, calculated as metal, and comprises at least one organosilane and/or at least one hydrolysis product thereof and/or at least one condensation product thereof in a concentration range of 5 to 200 mg/l, calculated as Si, so as to form a corresponding thin-film coating on the metallic surface, and wherein the metallic surface thus coated, after optional drying, is treated with an aqueous composition as an after-rinse solution which comprises 20 to 225 mg/l of molybdenum ions.
A method of making a liquid pharmaceutical suspension comprising: a. mixing magnesium aluminum silicate with an aqueous media to form a first mixture; b. mixing gellan gum with the first mixture to form a second mixture; c. mixing a bismuth slurry with the second mixture to form a third mixture; d. mixing methyl cellulose with the third mixture to form a liquid pharmaceutical suspension. a. mixing magnesium aluminum silicate with an aqueous media to form a first mixture; b. mixing gellan gum with the first mixture to form a second mixture; c. mixing a bismuth slurry with the second mixture to form a third mixture; d. mixing methyl cellulose with the third mixture to form a liquid pharmaceutical suspension.