mhurhangee/ep-ind-claims huggingface dataset:
A system for coating at least a portion of an interior wall surface of a container, comprising: (a) a container comprising an open end, a second end opposite the open end, and a wall extending therebetween, the wall having an exterior wall surface and an interior wall surface, the container having a chamber within an area defined by the interior wall surface between the open end and the second end of the container, wherein the chamber is sealed from an exterior of the container and is configured to act as its own vacuum chamber; (b) a monomer gas supply source configured to supply at least one monomer gas; (c) a gas inlet duct positioned at the open end of the container and having a portion extending into a portion of the chamber configured to supply at least one monomer gas received from the monomer gas supply source into the chamber; (d) a photolysis energy source configured to provide photons to at least a portion of the monomer gas supplied to the chamber of the container to form a reactive gas comprising at least one reactive moiety from the monomer gas; and (e) an outlet duct positioned at the open end of the container configured to remove excess reactive gas from the chamber. (a) a container comprising an open end, a second end opposite the open end, and a wall extending therebetween, the wall having an exterior wall surface and an interior wall surface, the container having a chamber within an area defined by the interior wall surface between the open end and the second end of the container, wherein the chamber is sealed from an exterior of the container and is configured to act as its own vacuum chamber; (b) a monomer gas supply source configured to supply at least one monomer gas; (c) a gas inlet duct positioned at the open end of the container and having a portion extending into a portion of the chamber configured to supply at least one monomer gas received from the monomer gas supply source into the chamber; (d) a photolysis energy source configured to provide photons to at least a portion of the monomer gas supplied to the chamber of the container to form a reactive gas comprising at least one reactive moiety from the monomer gas; and (e) an outlet duct positioned at the open end of the container configured to remove excess reactive gas from the chamber.
Roseburia flagellin, and/or a polynucleotide sequence encoding said Roseburia flagellin, and/or a vector comprising said polynucleotide sequence, and/or a host cell, including bacteria, comprising said vector, and/or a host cell, including bacteria, comprising said polynucleotide sequence, for use in treating and/or preventing an inflammatory disorder and/or an autoimmune disorder in a subject.
A board-to-board connector, comprising: a lead frame including electrical leads configured to bridge from first pads on a surface of a first printed circuit board to second pads on a surface of a second PCB when the surface of the first PCB and the surface of the second PCB are substantially co-planar, wherein the connector does not connect to pads on an opposite surface of the second PCB; an alignment frame configured to hold the lead frame, an electrically conductive cover configured to secure over the alignment frame, the cover including openings to receive screws to secure the cover to first screw holes in the first PCB and second screw holes in the second PCB, wherein the electrical leads comprise arch-shaped springs, wherein the electrical leads are configured to flex to push contact points against the first pads and the second pads when the cover receives the screws, characterized in that the alignment frame includes posts (542, 544) configured to mate with first alignment holes of the first PCB and with second alignment holes of the second PCB, the cover is configured to electrically couple via the screws to a first ground plane of the first PCB and to a second ground plane of the second PCB, and the cover includes corrugation features orthogonal to the electrical leads. a lead frame including electrical leads configured to bridge from first pads on a surface of a first printed circuit board to second pads on a surface of a second PCB when the surface of the first PCB and the surface of the second PCB are substantially co-planar, wherein the connector does not connect to pads on an opposite surface of the second PCB; an alignment frame configured to hold the lead frame, an electrically conductive cover configured to secure over the alignment frame, the cover including openings to receive screws to secure the cover to first screw holes in the first PCB and second screw holes in the second PCB, wherein the electrical leads comprise arch-shaped springs, wherein the electrical leads are configured to flex to push contact points against the first pads and the second pads when the cover receives the screws, characterized in that the alignment frame includes posts (542, 544) configured to mate with first alignment holes of the first PCB and with second alignment holes of the second PCB, the cover is configured to electrically couple via the screws to a first ground plane of the first PCB and to a second ground plane of the second PCB, and the cover includes corrugation features orthogonal to the electrical leads.
A method for computer security, the method comprising: by a computing system: receiving and storing indications of one or more privileged sources that are each designated as providing programs that are allowed to be executed on the computing system, wherein the one or more privileged sources include one or more privileged directories in a file system of the computing system; receiving, during initiation of a first program stored on the computing system, an indication of the first program; determining whether or not the first program is provided by one of the one or more privileged sources, wherein the one privileged source is one of the one or more privileged directories; and disallowing execution of the first program, when the first program is not provided by any of the one or more privileged sources. receiving and storing indications of one or more privileged sources that are each designated as providing programs that are allowed to be executed on the computing system, wherein the one or more privileged sources include one or more privileged directories in a file system of the computing system; receiving, during initiation of a first program stored on the computing system, an indication of the first program; determining whether or not the first program is provided by one of the one or more privileged sources, wherein the one privileged source is one of the one or more privileged directories; and disallowing execution of the first program, when the first program is not provided by any of the one or more privileged sources.
Method for communication between a sensor and a satellite, wherein the sensor has a transmission unit for transmitting sensor data from the sensor to the satellite and a calculation unit for calculating a position of the satellite at a particular instant, and the satellite is configured to receive and forward the sensor data, wherein the method comprises the following steps: - calculation of a coverage time period with the aid of trajectory parameters of the satellite and the position of the sensor, the coverage time period corresponding to the time period in which the sensor is located in a footprint region of the satellite, - activation of the transmission unit of the sensor during a transmission time period on the basis of the calculated coverage time period, the coverage time period or a part thereof being selected as the transmission time period, and - transmission of the sensor data from the sensor to the satellite during the transmission time period. - calculation of a coverage time period with the aid of trajectory parameters of the satellite and the position of the sensor, the coverage time period corresponding to the time period in which the sensor is located in a footprint region of the satellite, - activation of the transmission unit of the sensor during a transmission time period on the basis of the calculated coverage time period, the coverage time period or a part thereof being selected as the transmission time period, and - transmission of the sensor data from the sensor to the satellite during the transmission time period.
A vehicle side airbag to be deployed and inflated at a position lateral to an occupant, wherein a base cloth folded in a mountain folding manner at a pair of mountain fold line portions set on both sides of a bag shaping reference line and folded in a valley fold at the bag shaping reference line, an outer peripheral edge of the base cloth being joined to another outer peripheral edge of the base cloth excepting the pair of mountain fold line portions and an inflator installation portion to form the base cloth into a bag shape, characterized in that the bag shaping reference line is a junction line at which a plurality of base cloth pieces forming the base close are joined together.
A detector unit for a detector array of a radiation imaging modality, comprising: a radiation detection sub-assembly comprising a scintillator and a photodetector array; an electronics sub-assembly comprising: an analog-to-digital (A/D) converter enclosed within a molding compound; a substrate disposed at a first surface of the electronics sub-assembly and configured to electrically couple the electronics sub-assembly to the photodetector array; a first coupling element configured to electrically couple the A/D converter to the substrate; and a first interconnection layer disposed between a first surface of the substrate and the photodetector array to electrically couple the substrate to the photodetector array; characterized by the first coupling element defining: an analog signal route through the first coupling element in a first direction, from the substrate to the A/D converter; and a digital signal route back through the first coupling element in a second direction opposite the first direction, from the A/D converter to the first substrate. a radiation detection sub-assembly comprising a scintillator and a photodetector array; an electronics sub-assembly comprising: an analog-to-digital (A/D) converter enclosed within a molding compound; a substrate disposed at a first surface of the electronics sub-assembly and configured to electrically couple the electronics sub-assembly to the photodetector array; a first coupling element configured to electrically couple the A/D converter to the substrate; and a first interconnection layer disposed between a first surface of the substrate and the photodetector array to electrically couple the substrate to the photodetector array; characterized by the first coupling element defining: an analog signal route through the first coupling element in a first direction, from the substrate to the A/D converter; and a digital signal route back through the first coupling element in a second direction opposite the first direction, from the A/D converter to the first substrate. an analog-to-digital (A/D) converter enclosed within a molding compound; a substrate disposed at a first surface of the electronics sub-assembly and configured to electrically couple the electronics sub-assembly to the photodetector array; a first coupling element configured to electrically couple the A/D converter to the substrate; and a first interconnection layer disposed between a first surface of the substrate and the photodetector array to electrically couple the substrate to the photodetector array; characterized by the first coupling element defining: an analog signal route through the first coupling element in a first direction, from the substrate to the A/D converter; and a digital signal route back through the first coupling element in a second direction opposite the first direction, from the A/D converter to the first substrate. an analog signal route through the first coupling element in a first direction, from the substrate to the A/D converter; and a digital signal route back through the first coupling element in a second direction opposite the first direction, from the A/D converter to the first substrate.
System for anti-icing and boundary layer suction, intended to be provided on an aerofoil of an aircraft, the system comprising: - at least one anti-icing channel (44, 42, 42a); - at least one suction channel (46, 42, 42a) delimited partially by a multiperforated wall allowing for the suction of the boundary layer on said aerofoil; - a device for monitoring boundary layer suction; - a device for monitoring anti-icing; - a duct for collecting the suction air communicating with said suction channel (46, 42, 42a); - a duct for supplying anti-icing air connected to said device for monitoring anti-icing and communicating with said anti-icing channel (44, 42, 42a) by the intermediary of duct for the intake of anti-icing air, characterised in that the device for monitoring boundary layer suction comprises a three-way valve (26a, 26b, 26c) whereon are respectively connected said duct for collecting the suction air, a suction duct, and a duct for discharging anti-icing air, and in that the system in addition comprises a duct for collecting anti-icing air connected on the one hand to the anti-icing channel (44, 42, 42a), and on the other hand to said duct for collecting suction air. - at least one anti-icing channel (44, 42, 42a); - at least one suction channel (46, 42, 42a) delimited partially by a multiperforated wall allowing for the suction of the boundary layer on said aerofoil; - a device for monitoring boundary layer suction; - a device for monitoring anti-icing; - a duct for collecting the suction air communicating with said suction channel (46, 42, 42a); - a duct for supplying anti-icing air connected to said device for monitoring anti-icing and communicating with said anti-icing channel (44, 42, 42a) by the intermediary of duct for the intake of anti-icing air,
A projection optical system for an exposure apparatus for exposing a substrate with illumination light via liquid (Lm1, Lm2), the projection optical system being for projecting an image of a first plane illuminated with the illumination light onto a second plane, through the liquid, the projection optical system comprising: a refractive optical element (Lp, Lb) having a light emitting surface (Lpb), through a part of which the illumination light passes in use and which is arranged nearest to the second plane along an optical axis of the projection optical system to contact the liquid in use, wherein the projection optical system is configured such that an effective projection region of the image which, in use, is projected on the second plane by the illumination light passing through the part of the light emitting surface is formed so that a center of the effective projection region is decentred from the optical axis with respect to one of a first direction and a second direction which is perpendicular to the first direction in the second plane; wherein the refractive optical element has a protruding portion formed in an exit side of the refractive optical element so as to extend toward the second plane with respect to a different portion from the protruding portion and being bounded by the light emitting surface (Lpb) and a surface (Lpc) that extends from the light emitting surface toward a light entering side of the optical element; and wherein the protruding portion is formed so that a center (Lpba) of the light emitting surface is decentred from the optical axis with respect to the one of the first and second directions. a refractive optical element (Lp, Lb) having a light emitting surface (Lpb), through a part of which the illumination light passes in use and which is arranged nearest to the second plane along an optical axis of the projection optical system to contact the liquid in use, wherein the projection optical system is configured such that an effective projection region of the image which, in use, is projected on the second plane by the illumination light passing through the part of the light emitting surface is formed so that a center of the effective projection region is decentred from the optical axis with respect to one of a first direction and a second direction which is perpendicular to the first direction in the second plane; wherein the refractive optical element has a protruding portion formed in an exit side of the refractive optical element so as to extend toward the second plane with respect to a different portion from the protruding portion and being bounded by the light emitting surface (Lpb) and a surface (Lpc) that extends from the light emitting surface toward a light entering side of the optical element; and wherein the protruding portion is formed so that a center (Lpba) of the light emitting surface is decentred from the optical axis with respect to the one of the first and second directions.
A method for implementing load sharing performed by a network device, the method comprising the method steps of: • selecting (step 202), among multiple links, a first link that is used to forward a packet flow, wherein the first link is a link between a first forwarding node and a second forwarding node, and the first link is a link that is not in a congested state after an available bandwidth of the first link is occupied by the packet flow; • selecting (step 203) a first hash factor corresponding to the selected first link, wherein the first hash factor is a multiprotocol label switching, MPLS, label or a port number of a source user datagram protocol, UDP, or a flow identifier or a Virtual extensible Local Area Network, VxLAN, ID; • determining a second link corresponding to the selected first hash factor, wherein the second link is a link between the second forwarding node and a third forwarding node; • determining whether the second link corresponding to the selected first hash factor is in a congested state after an available bandwidth of the second link is occupied by the packet flow: ∘ if it is determined (step 204) that the second link corresponding to the selected first hash factor is not in the congested state after the available bandwidth of the second link is occupied by the packet flow, saving (step 205) the first hash factor to a source node of the packet flow. • selecting (step 202), among multiple links, a first link that is used to forward a packet flow, wherein the first link is a link between a first forwarding node and a second forwarding node, and the first link is a link that is not in a congested state after an available bandwidth of the first link is occupied by the packet flow; • selecting (step 203) a first hash factor corresponding to the selected first link, wherein the first hash factor is a multiprotocol label switching, MPLS, label or a port number of a source user datagram protocol, UDP, or a flow identifier or a Virtual extensible Local Area Network, VxLAN, ID; • determining a second link corresponding to the selected first hash factor, wherein the second link is a link between the second forwarding node and a third forwarding node; • determining whether the second link corresponding to the selected first hash factor is in a congested state after an available bandwidth of the second link is occupied by the packet flow: ∘ if it is determined (step 204) that the second link corresponding to the selected first hash factor is not in the congested state after the available bandwidth of the second link is occupied by the packet flow, saving (step 205) the first hash factor to a source node of the packet flow. ∘ if it is determined (step 204) that the second link corresponding to the selected first hash factor is not in the congested state after the available bandwidth of the second link is occupied by the packet flow, saving (step 205) the first hash factor to a source node of the packet flow.
A method for the low temperature separation of carbon dioxide from exhaust gases, having the following steps: - compressing the exhaust gas to a pressure that is determined such that expansion of the scrubbed exhaust gas can provide the cold required in the method and cooling the compressed exhaust gas to a predetermined value above the freezing point of water, - drying the exhaust gas, - cooling the exhaust gas to a predetermined temperature T G, - isothermally CO 2 -scrubbing the dried exhaust gas by physical absorption of carbon dioxide (CO 2) present in the exhaust gas by passing the dried and cooled exhaust gas stream through a CO 2 -absorbing solvent, wherein the temperature of the dried exhaust gas corresponds to the predetermined temperature T G, - dissipating the heat of solution arising during gas scrubbing by vaporizing a refrigerant, - expanding the scrubbed exhaust gas, - liquefying the refrigerant by heat exchange with the expanded scrubbed exhaust gas with subsequent renewed refrigerant evaporation to dissipate the heat of solution and - thermally desorbing the CO 2 absorbed in the solvent in two pressure stages, wherein the solvent/CO 2 mixture is heated at most to the boiling temperature of the solvent, and wherein the pressure corresponds to the method pressure of the gas scrubber and the solvent partially depressurized under the pressure is subsequently expanded to a lower pressure stage, wherein a further portion of the dissolved CO 2 is desorbed. - compressing the exhaust gas to a pressure that is determined such that expansion of the scrubbed exhaust gas can provide the cold required in the method and cooling the compressed exhaust gas to a predetermined value above the freezing point of water, - drying the exhaust gas, - cooling the exhaust gas to a predetermined temperature T G, - isothermally CO 2 -scrubbing the dried exhaust gas by physical absorption of carbon dioxide (CO 2) present in the exhaust gas by passing the dried and cooled exhaust gas stream through a CO 2 -absorbing solvent, wherein the temperature of the dried exhaust gas corresponds to the predetermined temperature T G, - dissipating the heat of solution arising during gas scrubbing by vaporizing a refrigerant, - expanding the scrubbed exhaust gas, - liquefying the refrigerant by heat exchange with the expanded scrubbed exhaust gas with subsequent renewed refrigerant evaporation to dissipate the heat of solution and - thermally desorbing the CO 2 absorbed in the solvent in two pressure stages, wherein the solvent/CO 2 mixture is heated at most to the boiling temperature of the solvent, and wherein the pressure corresponds to the method pressure of the gas scrubber and the solvent partially depressurized under the pressure is subsequently expanded to a lower pressure stage, wherein a further portion of the dissolved CO 2 is desorbed.