mhurhangee/ep-ind-claims huggingface dataset:
A process for producing an ammonia synthesis gas, said process comprising the steps of: reforming a hydrocarbon feed mixed with oxygen in an autothermal reformer thereby obtaining a synthesis gas comprising CH 4, CO, CO 2, H 2 and H 2 O shifting said synthesis gas in a high temperature shift step over a promoted zinc-aluminum oxide based high temperature shift catalyst, wherein the steam/carbon ratio in the autothermal reformer is less than 2.6; and wherein the required stoichiometric H 2 /N 2 ratio is adjusted to 3 in the synthesis gas as needed for the ammonia synthesis together with purification of the ammonia synthesis gas in an N 2 wash step. reforming a hydrocarbon feed mixed with oxygen in an autothermal reformer thereby obtaining a synthesis gas comprising CH 4, CO, CO 2, H 2 and H 2 O shifting said synthesis gas in a high temperature shift step over a promoted zinc-aluminum oxide based high temperature shift catalyst, wherein the steam/carbon ratio in the autothermal reformer is less than 2.6; and wherein the required stoichiometric H 2 /N 2 ratio is adjusted to 3 in the synthesis gas as needed for the ammonia synthesis together with purification of the ammonia synthesis gas in an N 2 wash step.
A method of permitting antenna switching in a wireless terminal in a wireless communication environment, comprising: performing a coherent demodulation protocol (F 1) during a second transmission time period of a first superslot and estimating an SNR for a first antenna, wherein the second transmission time period comprises a pilot signal for channel estimation, and a channel estimate is calculated to use for the coherent demodulation protocol (F 1), wherein a superslot is composed of a first and second transmission time period; switching from the first antenna to at least a second antenna (204, 206) at the end of the first superslot; receiving a bit-interleaved signal having information bits spread across a frequency spectrum for one or more strip symbols, wherein a strip symbol comprises 113 tones, 56 of which are utilized to transmit data or training information and have a non-zero energy associated with them, while the remaining tones are zero energy tones that do not carry any signal transmission energy; estimating an SNR for at least a second antenna (204, 206) during a first transmission time period of a subsequent superslot; performing a non-coherent detection protocol (F 2) during SNR estimation for the at least second antenna (204, 206) for decoding the received signal during the first transmission time period of the subsequent superslot; comparing the SNRs for each of the antennas (202, 204, 206); and selecting an antenna for the subsequent superslot as a function of the estimated SNRs. performing a coherent demodulation protocol (F 1) during a second transmission time period of a first superslot and estimating an SNR for a first antenna, wherein the second transmission time period comprises a pilot signal for channel estimation, and a channel estimate is calculated to use for the coherent demodulation protocol (F 1), wherein a superslot is composed of a first and second transmission time period; switching from the first antenna to at least a second antenna (204, 206) at the end of the first superslot; receiving a bit-interleaved signal having information bits spread across a frequency spectrum for one or more strip symbols, wherein a strip symbol comprises 113 tones, 56 of which are utilized to transmit data or training information and have a non-zero energy associated with them, while the remaining tones are zero energy tones that do not carry any signal transmission energy; estimating an SNR for at least a second antenna (204, 206) during a first transmission time period of a subsequent superslot; performing a non-coherent detection protocol (F 2) during SNR estimation for the at least second antenna (204, 206) for decoding the received signal during the first transmission time period of the subsequent superslot; comparing the SNRs for each of the antennas (202, 204, 206); and selecting an antenna for the subsequent superslot as a function of the estimated SNRs.
A method of detecting malicious behaviour on a network, the method comprising: monitoring for suspicious behaviour of hosts connected to the network; and the method being characterised by performing malicious partial signature detection by reading the contents of packets of data passing through the network to look for partial signatures associated with malicious programs, each partial signature being a part only of the code for a malicious program; analysing the results of the partial signature detection and the suspicious behaviour monitoring; and making a determination of the suspected presence of malicious behaviour on the network based upon an analysis of the results of both the partial signature detection and the suspicious behaviour monitoring. monitoring for suspicious behaviour of hosts connected to the network; and the method being characterised by performing malicious partial signature detection by reading the contents of packets of data passing through the network to look for partial signatures associated with malicious programs, each partial signature being a part only of the code for a malicious program; analysing the results of the partial signature detection and the suspicious behaviour monitoring; and making a determination of the suspected presence of malicious behaviour on the network based upon an analysis of the results of both the partial signature detection and the suspicious behaviour monitoring.
Tubular heat exchanger comprising a plurality of tubes and at least one flange plate (8, 8a, 8b, 8c, 8d) having a plurality of passages (9, 9a, 9b, 9c, 9d) for the tubes and having a flange surface (13a, 13b, 13c, 13d) facing the heat exchanger interior, the flange surface (13a, 13b, 13c, 13d) being contoured, a relief of the flange surface (13a, 13b, 13c, 13d) having one or multiple curves in the cross-section, in particular through a central axis of the flange plate (8, 8a, 8b, 8c, 8d), and characterised in that the relief has at least one concave region (18a, 18c, 19a) and at least one convex region (18b, 19b). the flange surface (13a, 13b, 13c, 13d) being contoured, a relief of the flange surface (13a, 13b, 13c, 13d) having one or multiple curves in the cross-section, in particular through a central axis of the flange plate (8, 8a, 8b, 8c, 8d), and characterised in that the relief has at least one concave region (18a, 18c, 19a) and at least one convex region (18b, 19b).
A seatbelt control device comprising: a pre-tensioner section configured to retract a seatbelt to increase tension of the seatbelt; a force limiter section configured to change a magnitude of a load at which to start reducing tension of the seatbelt retracted by the pre-tensioner section; and a controller (24, 36) configured to activate the pre-tensioner section in a case in which a physical quantity relating to a magnitude of a collision detected by a first detection section for detecting the physical quantity exceeds a first threshold, or in a case in which a collision has been predicted by a collision prediction section, the controller (24, 36) being configured to control the load of the force limiter section in a case in which, within a predetermined period after activation of the pre-tensioner section, the physical quantity detected by the first detection section has exceeded a second threshold set according to a collision velocity detected by a second detection section (18, 40), so as to be a greater load than the load of the force limiter section in a case in which the physical quantity has not exceeded the second threshold within the predetermined period. a pre-tensioner section configured to retract a seatbelt to increase tension of the seatbelt; a force limiter section configured to change a magnitude of a load at which to start reducing tension of the seatbelt retracted by the pre-tensioner section; and a controller (24, 36) configured to activate the pre-tensioner section in a case in which a physical quantity relating to a magnitude of a collision detected by a first detection section for detecting the physical quantity exceeds a first threshold, or in a case in which a collision has been predicted by a collision prediction section, the controller (24, 36) being configured to control the load of the force limiter section in a case in which, within a predetermined period after activation of the pre-tensioner section, the physical quantity detected by the first detection section has exceeded a second threshold set according to a collision velocity detected by a second detection section (18, 40), so as to be a greater load than the load of the force limiter section in a case in which the physical quantity has not exceeded the second threshold within the predetermined period.
A method for managing unicast and multicast services switching by a wireless mobile entity (120; 602) capable of both unicast and multicast signaling, the method comprising: receiving a content via dedicated unicast transmission; determining whether to switch from receiving the content via the dedicated unicast transmission to receiving the content via multicast transmission; switching receiving the content via dedicated unicast transmission to multicast transmission in response to determining to switch; and wherein: either the content via dedicated unicast transmission is received via an over-the-top, OTT, service over unicast or a packet switched streaming service, PSS, over unicast and the determining to switch is based on a received hypertext transfer protocol, HTTP, redirect message; or the content via dedicated unicast transmission is received via real time transport protocol, RTP, streaming and the determining to switch is based on received RTP control protocol, RTCP, messages. receiving a content via dedicated unicast transmission; determining whether to switch from receiving the content via the dedicated unicast transmission to receiving the content via multicast transmission; switching receiving the content via dedicated unicast transmission to multicast transmission in response to determining to switch; and wherein: either the content via dedicated unicast transmission is received via an over-the-top, OTT, service over unicast or a packet switched streaming service, PSS, over unicast and the determining to switch is based on a received hypertext transfer protocol, HTTP, redirect message; or the content via dedicated unicast transmission is received via real time transport protocol, RTP, streaming and the determining to switch is based on received RTP control protocol, RTCP, messages. either the content via dedicated unicast transmission is received via an over-the-top, OTT, service over unicast or a packet switched streaming service, PSS, over unicast and the determining to switch is based on a received hypertext transfer protocol, HTTP, redirect message; or the content via dedicated unicast transmission is received via real time transport protocol, RTP, streaming and the determining to switch is based on received RTP control protocol, RTCP, messages.
A vaccine composition comprising inactivated porcine epidemic diarrhea virus (PEDV), adjuvanted as an oil-in-water emulsion, wherein the adjuvant components include lecithin in light mineral oil and aluminum hydroxide.
A cartridge configured to be mounted on a tape printer, the cartridge comprising: a ribbon roll around which an ink ribbon is wound; and a cartridge case configured to accommodate a tape roll around which a tape is wound and that accommodates the ribbon roll, characterised in that the cartridge case includes a third case portion, a first case portion that constitutes a tape roll accommodating portion accommodating the tape roll between the first case portion and the third case portion, and a second case portion that is separated from the first case portion and accommodates the ribbon roll between the second case portion and the third case portion, wherein the first case portion is configured to open and close the tape roll accommodating portion. a ribbon roll around which an ink ribbon is wound; and a cartridge case configured to accommodate a tape roll around which a tape is wound and that accommodates the ribbon roll, characterised in that the cartridge case includes a third case portion, a first case portion that constitutes a tape roll accommodating portion accommodating the tape roll between the first case portion and the third case portion, and a second case portion that is separated from the first case portion and accommodates the ribbon roll between the second case portion and the third case portion, wherein the first case portion is configured to open and close the tape roll accommodating portion.
A method of preparing a photomask blank comprising a transparent substrate and a silicon-containing film and a chromium-containing film disposed contiguous to each other, or a transparent substrate and a chromium-containing film disposed contiguous thereto, the silicon-containing film being composed of a silicon-containing material selected from silicon alone, a silicon compound consisting of silicon and at least one light element selected from oxygen, nitrogen and carbon, and a transition metal silicon compound consisting of at least one transition metal selected from titanium, vanadium, cobalt, nickel, zirconium, niobium, molybdenum, hafnium, tantalum and tungsten, silicon, and at least one light element selected from oxygen, nitrogen and carbon, the chromium-containing film being composed of a chromium-containing material, the method comprising the steps of selecting a metallic chromium target which has been confirmed by compositional analysis to have a silver content of not more than 1 ppm, and depositing the chromium-containing film by sputtering the metallic chromium target having a silver content of not more than 1 ppm, provided that only such a selected metallic chromium target is used in the sputter deposition step. selecting a metallic chromium target which has been confirmed by compositional analysis to have a silver content of not more than 1 ppm, and depositing the chromium-containing film by sputtering the metallic chromium target having a silver content of not more than 1 ppm, provided that only such a selected metallic chromium target is used in the sputter deposition step.
An image reader comprising: a feeder configured to feed a document sheet to a document reading position; a first reading sensor configured to read an image; a first reference member; a moving mechanism configured to move the first reading sensor to any of the document reading position to read an image of the document sheet fed by the feeder and a reference reading position to read an image of the first reference member; and a controller configured to: control the moving mechanism to move the first reading sensor to the reference reading position; control the first reading sensor to read the image of the first reference member in the reference reading position; and control the moving mechanism to move the first reading sensor to the document reading position after the first reading sensor reads the image of the first reference member, characterized in that: the controller controls the feeder to start feeding the document sheet to the document reading position before the first reading sensor reaches the document reading position from the reference reading position. a feeder configured to feed a document sheet to a document reading position; a first reading sensor configured to read an image; a first reference member; a moving mechanism configured to move the first reading sensor to any of the document reading position to read an image of the document sheet fed by the feeder and a reference reading position to read an image of the first reference member; and a controller configured to: control the moving mechanism to move the first reading sensor to the reference reading position; control the first reading sensor to read the image of the first reference member in the reference reading position; and control the moving mechanism to move the first reading sensor to the document reading position after the first reading sensor reads the image of the first reference member, characterized in that: the controller controls the feeder to start feeding the document sheet to the document reading position before the first reading sensor reaches the document reading position from the reference reading position. control the moving mechanism to move the first reading sensor to the reference reading position; control the first reading sensor to read the image of the first reference member in the reference reading position; and control the moving mechanism to move the first reading sensor to the document reading position after the first reading sensor reads the image of the first reference member, characterized in that: the controller controls the feeder to start feeding the document sheet to the document reading position before the first reading sensor reaches the document reading position from the reference reading position. the controller controls the feeder to start feeding the document sheet to the document reading position before the first reading sensor reaches the document reading position from the reference reading position.
A method for establishing a session, the method comprising: causing, by a Service Centralization Continuity Application Server, SCC AS, a first communications session between a remote end and a first device to be established, the first communications session comprising a first local media between the remote end and the first device and a first session control path between the remote end and the first device; and transferring, by the SCC AS, the first local media to a first remote media between the remote end and a second device, with the first session control path remaining on the first device, by establishing the first remote media between the remote end and the second device, establishing a first remote media control signaling path between the remote end and the second device, and deleting the first local media. causing, by a Service Centralization Continuity Application Server, SCC AS, a first communications session between a remote end and a first device to be established, the first communications session comprising a first local media between the remote end and the first device and a first session control path between the remote end and the first device; and transferring, by the SCC AS, the first local media to a first remote media between the remote end and a second device, with the first session control path remaining on the first device, by establishing the first remote media between the remote end and the second device, establishing a first remote media control signaling path between the remote end and the second device, and deleting the first local media.
An information indication method, comprising: receiving(101,103;201,203;301,303), by a terminal-side device, first higher layer signaling from a network-side device, wherein the first higher layer signaling is used to configure N bandwidth parts, BWPs, and N is a positive integer; and receiving(102,104;202,204;302,304), by the terminal-side device, downlink control information from the network-side device, and determining an active BWP based on the downlink control information, wherein when N is less than a maximum quantity of BWPs that can be configured through the first higher layer signaling when the terminal-side device is in a connected mode, the downlink control information indicates a position of the active BWP in a group comprising an initial BWP and the N BWPs, wherein the initial BWP is configured by the network-side device in an initial access process of the terminal-side device. receiving(101,103;201,203;301,303), by a terminal-side device, first higher layer signaling from a network-side device, wherein the first higher layer signaling is used to configure N bandwidth parts, BWPs, and N is a positive integer; and receiving(102,104;202,204;302,304), by the terminal-side device, downlink control information from the network-side device, and determining an active BWP based on the downlink control information, wherein when N is less than a maximum quantity of BWPs that can be configured through the first higher layer signaling when the terminal-side device is in a connected mode, the downlink control information indicates a position of the active BWP in a group comprising an initial BWP and the N BWPs, wherein the initial BWP is configured by the network-side device in an initial access process of the terminal-side device.
Wedge-base bulb socket structured for supporting a light bulb having a glass bulb which ends in a substantially wedge-shaped plug housing the ends of the two rheophores which feed electric current to the filament housed inside the bulb; the wedge-base bulb socket comprising: - a supporting base provided with a coupling seat dimensioned to house the wedge-shaped plug of the light bulb; - two coupling and connecting members which are located inside the coupling seat, and are structured to separately clasp the wedge-shaped plug of the light bulb fitted into the coupling seat, and to feed electric current to the ends of the rheophores of said light bulb; and - electricity supplying means (4, 14) which are connected to both coupling and connecting members and are structured to feed electric current to said coupling and connecting members (3, 13); the wedge-base bulb socket being characterized in that said electricity supplying means (4, 14) comprise two electrically conductive elements which extend on the external surface of the supporting base up to the edge of the entrance of the coupling seat, on opposite sides of said entrance, and then descend into the coupling seat to reach each a respective coupling and connecting member (3, 13); and two reciprocally-facing additional supporting jaws which are supported by the two electrically conductive elements so as to be located substantially on opposite sides of the entrance of the coupling seat, and which are structured to clamp the wedge-base light bulb fitted into the socket, so as to firmly hold said wedge-base light bulb in the wedge-base bulb socket. - a supporting base provided with a coupling seat dimensioned to house the wedge-shaped plug of the light bulb; - two coupling and connecting members which are located inside the coupling seat, and are structured to separately clasp the wedge-shaped plug of the light bulb fitted into the coupling seat, and to feed electric current to the ends of the rheophores of said light bulb; and - electricity supplying means (4, 14) which are connected to both coupling and connecting members and are structured to feed electric current to said coupling and connecting members (3, 13);