mhurhangee/ep-ind-claims huggingface dataset:
Method implemented by a computer for determining the focus of an individual's visual attention based on electroencephalographic signals, the method comprising generating a set of at least one visual stimulus to be displayed from at least one graphical object, from at least one elementary transformation and from a set of at least one modulation signal, a visual stimulus being an animated graphical object obtained by applying to a graphical object a temporal sequence of elementary transformations that is temporally parameterised by a corresponding modulation signal; reconstructing a modulation signal from a plurality of electroencephalographic signals produced by the individual in order to obtain a reconstructed modulation signal; calculating a degree of statistical dependence between the reconstructed modulation signal and each modulation signal of the set of at least one modulation signal; identifying at least one visual stimulus corresponding to a modulation signal for which the degree of statistical dependence is greater than a first threshold. generating a set of at least one visual stimulus to be displayed from at least one graphical object, from at least one elementary transformation and from a set of at least one modulation signal, a visual stimulus being an animated graphical object obtained by applying to a graphical object a temporal sequence of elementary transformations that is temporally parameterised by a corresponding modulation signal; reconstructing a modulation signal from a plurality of electroencephalographic signals produced by the individual in order to obtain a reconstructed modulation signal; calculating a degree of statistical dependence between the reconstructed modulation signal and each modulation signal of the set of at least one modulation signal; identifying at least one visual stimulus corresponding to a modulation signal for which the degree of statistical dependence is greater than a first threshold.
A vial access device (10; 100) comprising: a housing having first and second connectors (18, 20), the first connector configured to be secured to a first container, the second connector configured to be secured to a second container; a spike member extending from the housing and having a proximal end and a distal end, the spike member defining a vent lumen and a fluid lumen spaced from the vent lumen, each of the vent lumen and the fluid lumen having a distal opening (66, 68), wherein a shape defined by a circumference of the spike member, on a cross sectional plane perpendicular to the longitudinal axis of the spike member, is only symmetric about one axis at a position between the proximal end of the spike member and the distal opening of the fluid lumen characterized in that the circumference of the spike member tapers in size and shape between the proximal end of the spike member and the distal opening of of the fluid lumen. a housing having first and second connectors (18, 20), the first connector configured to be secured to a first container, the second connector configured to be secured to a second container; a spike member extending from the housing and having a proximal end and a distal end, the spike member defining a vent lumen and a fluid lumen spaced from the vent lumen, each of the vent lumen and the fluid lumen having a distal opening (66, 68), wherein a shape defined by a circumference of the spike member, on a cross sectional plane perpendicular to the longitudinal axis of the spike member, is only symmetric about one axis at a position between the proximal end of the spike member and the distal opening of the fluid lumen the circumference of the spike member tapers in size and shape between the proximal end of the spike member and the distal opening of of the fluid lumen.
Composition for use in the treatment and/or prevention of a gastrointestinal condition, comprising a combination of L. salivarius CW30, deposited as LMG P-28887, L. plantarum Y1An734 deposited as LMG P-28886, L. plantarum SH1313, deposited as LMG P-28884, L. plantarum KS11, deposited as LMG P-28885, and L. brevis SH111, deposited as LMG P-28888.
Method of producing an electrocatalyst, comprising the steps of: a) electrodeposition of an alloy comprising nickel and a second metal on a copper substrate; and b) electrochemical dissolution of deposited second metal to obtain a nanoporous structure on the copper substrate. a) electrodeposition of an alloy comprising nickel and a second metal on a copper substrate; and b) electrochemical dissolution of deposited second metal to obtain a nanoporous structure on the copper substrate.
A device for positioned attachment of an antenna arrangement at a surface that includes a recess for antenna connection devices, the device comprising: the antenna arrangement and the surface, wherein the antenna arrangement includes a base plate from which attachment devices extend towards the recess, wherein the attachment devices include a clamping plate that is secured against loss and a screw or a threaded bolt so that the clamping plate is axially movable and clampable by the screw or the threaded bolt in a direction towards the base plate, wherein a width of the recess equals a width of the clamping plate and a length of the recess is smaller than a length of the clamping plate, so that a circular arc-shaped penetration of the connecting devices and of the clamping plate into the recess, a backward pivoting against the penetration movement and a subsequent clamping is implementable, and wherein the clamping plate includes a pass-through opening for a rotation safety and support bolt at an edge end that is oriented against a penetration direction, wherein the support bolt extends from the base plate, wherein the recess has a contour which is partially complementary to a configuration of the support bolt and wherein the support bolt is contactable with a circumferential section at the contour after the penetration so that the antenna arrangement is secured in position. the antenna arrangement and the surface, wherein the antenna arrangement includes a base plate from which attachment devices extend towards the recess, wherein the attachment devices include a clamping plate that is secured against loss and a screw or a threaded bolt so that the clamping plate is axially movable and clampable by the screw or the threaded bolt in a direction towards the base plate, wherein a width of the recess equals a width of the clamping plate and a length of the recess is smaller than a length of the clamping plate, so that a circular arc-shaped penetration of the connecting devices and of the clamping plate into the recess, a backward pivoting against the penetration movement and a subsequent clamping is implementable, and wherein the clamping plate includes a pass-through opening for a rotation safety and support bolt at an edge end that is oriented against a penetration direction, wherein the support bolt extends from the base plate, wherein the recess has a contour which is partially complementary to a configuration of the support bolt and wherein the support bolt is contactable with a circumferential section at the contour after the penetration so that the antenna arrangement is secured in position.
A method for discovering physical cell identifiers by a UE in wireless communications, comprising: determining to discover a physical cell identifier of one or more cells in a zone based at least in part on detecting a condition and acquiring synchronization with the zone; transmitting, based at least in part on determining to discover the physical cell identifier, a chirp signal to the one or more cells in the zone to cause at least one cell of the one or more cells in the zone to transmit a cell-specific signal; receiving, in response to the chirp signal, the cell-specific signal from the at least one cell of the one or more cells in the zone; associating the cell-specific signal with one of a plurality of cell-specific signal hypotheses; and determining the physical cell identifier of the at least one cell as one of a plurality of physical cell identifiers that corresponds to the one of the plurality of cell-specific signal hypotheses. determining to discover a physical cell identifier of one or more cells in a zone based at least in part on detecting a condition and acquiring synchronization with the zone; transmitting, based at least in part on determining to discover the physical cell identifier, a chirp signal to the one or more cells in the zone to cause at least one cell of the one or more cells in the zone to transmit a cell-specific signal; receiving, in response to the chirp signal, the cell-specific signal from the at least one cell of the one or more cells in the zone; associating the cell-specific signal with one of a plurality of cell-specific signal hypotheses; and determining the physical cell identifier of the at least one cell as one of a plurality of physical cell identifiers that corresponds to the one of the plurality of cell-specific signal hypotheses.
A method of operating a communication system (100, 300) to transfer user data messages to users comprising storing the user data messages in a messaging data system (110, 310) in association with message stream identifiers and message delivery metrics, processing the message delivery metrics to enter the user data messages into a plurality of delivery queues associated with a plurality of message transmission systems (101-104, 301-304), receiving the user data messages from the messaging data system (110, 310) into the message transmission systems (101-104, 301-304) based on their associated delivery queues, and transferring the user data messages from the message transmission systems (101-104, 301-304) over a plurality of data networks for receipt by the users, and further characterized by: in the messaging data system (110, 310), receiving a data request indicating one of the message stream identifiers and one of the message transmission systems (101-104, 301-304), and in response, identifying a set of the user data messages and their associated message delivery metrics based on the data request; and in the messaging data system, receiving a data instruction indicating the one message stream identifier, the one message transmission system (101-104, 301-304), and a new one of the message delivery metrics, and in response, re-entering the set of the user data messages into the one delivery queue associated with the one message transmission system (101-104, 301-304) based on the data instruction.
An electronic device comprising: a chassis; a processor; a printed circuit board; a heat sink; a shock absorbing body; and a thermally conductive material having a first surface to at least partially engage the heat sink and a second surface to at least partially engage the chassis, the thermally conductive material to transfer heat from the heat sink to the chassis, the thermally conductive material to at least partially wrap around the shock absorbing body, the shock absorbing body including a plurality of shock absorbing bodies spaced apart and located between the heat sink and the chassis, wherein the plurality of shock absorbing bodies include a first set of shock absorbing bodies positioned in a first orientation and a second set of shock absorbing bodies positioned in a second orientation opposite the first orientation, the first set of shock absorbing bodies and the second set of shock absorbing bodies being positioned in an alternating relationship, wherein the thermally conductive material is positioned between the first set of the shock absorbing bodies and the second set of the shock absorbing bodies. a chassis; a processor; a printed circuit board; a heat sink; a shock absorbing body; and a thermally conductive material having a first surface to at least partially engage the heat sink and a second surface to at least partially engage the chassis, the thermally conductive material to transfer heat from the heat sink to the chassis, the thermally conductive material to at least partially wrap around the shock absorbing body, the shock absorbing body including a plurality of shock absorbing bodies spaced apart and located between the heat sink and the chassis, wherein the plurality of shock absorbing bodies include a first set of shock absorbing bodies positioned in a first orientation and a second set of shock absorbing bodies positioned in a second orientation opposite the first orientation, the first set of shock absorbing bodies and the second set of shock absorbing bodies being positioned in an alternating relationship, wherein the thermally conductive material is positioned between the first set of the shock absorbing bodies and the second set of the shock absorbing bodies.
A method performed by a base station in a wireless communication system, comprising: receiving, from an access and mobility management function, AMF, an allowed closed access group, CAG list of a user equipment, UE; receiving, from the UE in a CAG cell, a radio resource control, RRC, resume request message, the UE being in an RRC inactive state, and registered to a network; identifying whether at least one CAG identifier, ID, broadcasted in the CAG cell is included in the allowed CAG list of the UE in response to receiving the RRC resume request message; and proceeding with an RRC resume procedure in the CAG cell in response to identifying that the at least one CAG ID is included in the allowed CAG list. receiving, from an access and mobility management function, AMF, an allowed closed access group, CAG list of a user equipment, UE; receiving, from the UE in a CAG cell, a radio resource control, RRC, resume request message, the UE being in an RRC inactive state, and registered to a network; identifying whether at least one CAG identifier, ID, broadcasted in the CAG cell is included in the allowed CAG list of the UE in response to receiving the RRC resume request message; and proceeding with an RRC resume procedure in the CAG cell in response to identifying that the at least one CAG ID is included in the allowed CAG list.
A display, comprising: an integrated antenna; and a uniformity layer that is an optical balance of the integrated antenna, characterized in that the uniformity layer and the integrated antenna are located in different display layers overlaying one another and said different display layers having at least portions thereof with different respective optical transparencies that, when combined, provide a substantially uniform transparency across the display. an integrated antenna; and a uniformity layer that is an optical balance of the integrated antenna, characterized in that the uniformity layer and the integrated antenna are located in different display layers overlaying one another and said different display layers having at least portions thereof with different respective optical transparencies that, when combined, provide a substantially uniform transparency across the display.
A dietary supplement for the treatment and prevention of digestive system and immune-related disorders, said digestive and immune supplement comprising: L-glutamine for supporting the lining of a GI tract; at least one of the following mucogenic amino acids: L-Threonine, L-Serine, L-Proline, L-Cysteine for increasing a number and productivity of goblet cells lining the GI tract; lecithin for increasing the bioavailability and rate of absorption of L-glutamine and the at least one mucogenic amino acid; fructo-oligosaccharide providing at least one beneficial effect on health; beta-glucan providing at least one beneficial effect on health; RS-4 starch providing at least one beneficial effect on health; and arabinoxylan oligosaccharide providing at least one beneficial effect on health. L-glutamine for supporting the lining of a GI tract; at least one of the following mucogenic amino acids: L-Threonine, L-Serine, L-Proline, L-Cysteine for increasing a number and productivity of goblet cells lining the GI tract; lecithin for increasing the bioavailability and rate of absorption of L-glutamine and the at least one mucogenic amino acid; fructo-oligosaccharide providing at least one beneficial effect on health; beta-glucan providing at least one beneficial effect on health; RS-4 starch providing at least one beneficial effect on health; and arabinoxylan oligosaccharide providing at least one beneficial effect on health.
Silicon carbide substrate, wherein the substrate has a thickness of less than 1000 μm and more than 200 μm and has a diameter of at least 100 mm, the substrate comprising: a doped inner region which constitutes at least 30 % of a total surface area of said substrate, a doped ring shaped peripheral region radially surrounding the inner region, wherein a mean concentration of a dopant in the inner region differs by at least 1.10 18 cm -3 from the mean concentration of this dopant in the peripheral region, and wherein a bow of the substrate is less than 25 μm and/or a warp of the substrate is less than 40 μm. a doped inner region which constitutes at least 30 % of a total surface area of said substrate, a doped ring shaped peripheral region radially surrounding the inner region, wherein a mean concentration of a dopant in the inner region differs by at least 1.10 18 cm -3 from the mean concentration of this dopant in the peripheral region, and wherein a bow of the substrate is less than 25 μm and/or a warp of the substrate is less than 40 μm.
A formed article of polymer electrolyte composition comprising: a block copolymer having one or more of each of a hydrophilic segment A1 containing an ionic group and a hydrophobic segment A2 not containing an ionic group; and an additive, the formed article forming a co-continuous phase separation structure, wherein the additive is hydrophilic and capable of suppressing oxidation deterioration of the hydrophilic segment A1, wherein the additive is at least one selected from the group consisting of: a compound containing Mn and/or Ce or a polyphenylene sulfide particle into the surface of which an ionic group is introduced or a fullerene to which an ionic group is introduced into the surface thereof, wherein the content of the additive in a hydrophilic domain including the hydrophilic segment A1 is twice or more the content of the additive in a hydrophobic domain including the hydrophobic segment A2, and wherein the block copolymer is an aromatic polyether ketone. a block copolymer having one or more of each of a hydrophilic segment A1 containing an ionic group and a hydrophobic segment A2 not containing an ionic group; and an additive,
An aircraft air management system comprising a heat exchanger, the heat exchanger comprising: a ram face arranged to receive ram air; an inlet section at the ram face; an exit face opposed from the ram face; and a plurality of heat exchanger walls extending between the ram face and the exit face, wherein the heat exchanger walls define a plurality of passages that open at respective leading edges at the ram face and at respective trailing edges at the exit face; wherein a coating lines the plurality of heat exchanger walls, the coating having a thickness (T1,T2,T3) that varies according to location on the heat exchanger walls, wherein each of the heat exchanger walls has a first edge and a location spaced from the first edge, wherein the coating is thicker at the first edge than at the location spaced from the first edge; wherein the first edge is a leading edge of the heat exchanger wall at the inlet section of said passages; wherein each of the heat exchanger walls has a second edge opposite the first edge, wherein the location spaced from the first edge is also spaced from the second edge, and the coating is thicker at the second edge than at the location spaced from the second edge, the second edge being a trailing edge of the heat exchanger wall at an outlet portion of said passages. a ram face arranged to receive ram air; an inlet section at the ram face; an exit face opposed from the ram face; and a plurality of heat exchanger walls extending between the ram face and the exit face, wherein the heat exchanger walls define a plurality of passages that open at respective leading edges at the ram face and at respective trailing edges at the exit face; wherein a coating lines the plurality of heat exchanger walls, the coating having a thickness (T1,T2,T3) that varies according to location on the heat exchanger walls, wherein each of the heat exchanger walls has a first edge and a location spaced from the first edge, wherein the coating is thicker at the first edge than at the location spaced from the first edge;
An organic light emitting diode, OLED, comprising: a first electrode; a second electrode; an organic electroluminescent layer formed between the first electrode and the second electrode; wherein one of the first and second electrodes has a surface through which light is emitted from the OLED to the outside, wherein the one electrode comprises a nano-meter metallic layer having a plasmonic photonic crystal structure configured having a bandgap in the frequency range of surface plasmon polaritons generated at the surface of the one electrode, thereby operable to suppress generation of the surface plasmon polaritons in the plane of the surface; wherein the one electrode is fabricated having an artificial lattice with a pitch in density variation intermediate in size between a metallic crystal and a photonic crystal formed in the same material as the one electrode, so as to be configured having the bandgap in the frequency range of surface plasmon polaritons generated at the surface of the one electrode. a first electrode; a second electrode; an organic electroluminescent layer formed between the first electrode and the second electrode; wherein one of the first and second electrodes has a surface through which light is emitted from the OLED to the outside, wherein the one electrode comprises a nano-meter metallic layer having a plasmonic photonic crystal structure configured having a bandgap in the frequency range of surface plasmon polaritons generated at the surface of the one electrode, thereby operable to suppress generation of the surface plasmon polaritons in the plane of the surface; wherein the one electrode is fabricated having an artificial lattice with a pitch in density variation intermediate in size between a metallic crystal and a photonic crystal formed in the same material as the one electrode, so as to be configured having the bandgap in the frequency range of surface plasmon polaritons generated at the surface of the one electrode.
An assembly (50; 150) for an aircraft having a propeller, the assembly (50; 150) comprising: a wheel well configured for receiving a retracted landing gear, the wheel well including walls and a closable bottom opening for deploying the landing gear therethrough; an engine assembly (10; 110) having an engine shaft configured for driving engagement with a propeller; and a mount assembly (70; 170) for supporting the engine assembly (10; 110), the mount assembly (70; 170) connected to at least one of the walls of the wheel well. a wheel well configured for receiving a retracted landing gear, the wheel well including walls and a closable bottom opening for deploying the landing gear therethrough; an engine assembly (10; 110) having an engine shaft configured for driving engagement with a propeller; and a mount assembly (70; 170) for supporting the engine assembly (10; 110), the mount assembly (70; 170) connected to at least one of the walls of the wheel well.