mhurhangee/patent-ind-claim-en huggingface dataset:
A nozzle tip for a pulverized coal burner, including an inner tubular body having a first passage in which pulverized coal introduced into the inner tubular body flows, an outer tubular body installed outside the inner tubular body while being spaced apart therefrom, and at least one guide plate installed to partition the first passage , the nozzle tip comprising: a plurality of flame stabilizers arranged in a row at the upper and/or lower side in the inner tubular body , wherein each of the flame stabilizers has an inclined surface formed on a side thereof facing a direction in which the pulverized coal flows in the first passage , the inclined surface being inclined toward a central portion of the inner tubular body , characterized in that the inclined surface has a quadrant shape that is concave toward the central portion of the inner tubular body . a plurality of flame stabilizers arranged in a row at the upper and/or lower side in the inner tubular body , wherein each of the flame stabilizers has an inclined surface formed on a side thereof facing a direction in which the pulverized coal flows in the first passage , the inclined surface being inclined toward a central portion of the inner tubular body , characterized in that the inclined surface has a quadrant shape that is concave toward the central portion of the inner tubular body .
A synergistic combination of an antibody specific for CD19 and bendamustine for use in the treatment of non-Hodgkin's lymphoma, chronic lymphocytic leukemia or acute lymphoblastic leukemia, wherein the antibody comprises a variable heavy chain of the sequence EVQLVESGGGLVKPGGSLKLSCAASGYTFTSYVMHWVRQAPGKGLEWIGYINPYNDG TKYNEKFQGRVTISSDKSISTAYMELSSLRSEDTAMYYCARGTYYYGTRVFDYWGQG TLVTVSS (SEQ ID NO: 10) and a variable light chain of the sequence DIVMTQSPATLSLSPGERATLSCRSSKSLQNVNGNTYLYWFQQKPGQSPQLLIYRMSN LNSGVPDRFSGSGSGTEFTLTISSLEPEDFAVYYCMQHLEYPITFGAGTKLEIK (SEQ ID NO: 11) and a heavy chain constant domain of the sequence EVQLVESGGGLVKPGGSLKLSCAASGYTFTSYVMHWVRQAPGKGLEWIGYINPYNDG TKYNEKFQGRVTISSDKSISTAYMELSSLRSEDTAMYYCARGTYYYGTRVFDYWGQG TLVTVSS (SEQ ID NO: 10) and a variable light chain of the sequence DIVMTQSPATLSLSPGERATLSCRSSKSLQNVNGNTYLYWFQQKPGQSPQLLIYRMSN LNSGVPDRFSGSGSGTEFTLTISSLEPEDFAVYYCMQHLEYPITFGAGTKLEIK (SEQ ID NO: 11) and a heavy chain constant domain of the sequence
A data center path switch, comprising: a set of ports , wherein each port within the set of ports is configured to receive data streams from an external medium, and to transmit data streams to an external medium; a path interconnection unit comprising cascaded electrical cross-point groups constituting the multistage path interconnection unit having an ingress side with a set of paths equal to the number of ingress ports in the set of ports connected between the set of ports and the ingress side of the path interconnection unit in a one-to-one arrangement, and an egress side with a set of paths equal to the number of paths on the ingress side connected between the set of ports and the egress side of the path interconnection unit in a one-to-one arrangement, and the electrical based cascaded electrical cross-point groups is configured to switch data streams on any one ingress side path to any one egress side path such that data streams received on any one of the set of ports can be transmitted on any one of the set of ports, wherein the set of ports for the ingress side is that same set of ports for the egress side ; and a control unit connected to the path interconnection unit is configured to control the switching of data streams from a path on the ingress side to a path on the egress side ; and wherein the path interconnection unit is configured to provide a latency of data streams switched from a receiving port to a transmitting port that is less than 500 nsec. a set of ports , wherein each port within the set of ports is configured to receive data streams from an external medium, and to transmit data streams to an external medium; a path interconnection unit comprising cascaded electrical cross-point groups constituting the multistage path interconnection unit having an ingress side with a set of paths equal to the number of ingress ports in the set of ports connected between the set of ports and the ingress side of the path interconnection unit in a one-to-one arrangement, and an egress side with a set of paths equal to the number of paths on the ingress side connected between the set of ports and the egress side of the path interconnection unit in a one-to-one arrangement, and the electrical based cascaded electrical cross-point groups is configured to switch data streams on any one ingress side path to any one egress side path such that data streams received on any one of the set of ports can be transmitted on any one of the set of ports, wherein the set of ports for the ingress side is that same set of ports for the egress side ; and a control unit connected to the path interconnection unit is configured to control the switching of data streams from a path on the ingress side to a path on the egress side ; and wherein the path interconnection unit is configured to provide a latency of data streams switched from a receiving port to a transmitting port that is less than 500 nsec.
A lifter bar mountable to a shell of a grinding mill for ore grinding, said lifter bar having a volume, said lifter bar further having an outer surface comprising a fixing surface to be arranged against the shell and a wear surface facing toward interior of the grinding mill , the lifter bar comprises a lifter bar body having an outer surface conforming the outer surface of the lifter bar , and a fixing element for connecting the lifter bar to the shell of the grinding mill , characterized in that the lifter bar body further comprises a first portion and a second portion forming a continuous lifter bar body , the fixing element is embedded to the first portion such that it forms part of the fixing surface of the lifter bar , said first portion of the lifter bar body is made of rubber, the second portion is made of polyurethane and forming 35 - 85 % of the volume of the lifter bar .
An anionic polyplex in the form of a nanoparticle or a microparticle formed from alginate sulfate or hyaluronan sulfate and a nucleic acid, and further comprising a cation, wherein said anionic polyplex has a diameter of 50-200 nm.
A system comprising: a processor ; and a tangible, non-transitory, computer-readable medium having instructions stored thereon, wherein the instructions are configured to cause the processor to: receive an indication of an error detected on any of a die-to-die link or a package-to-package network of a multi-chip package, wherein the link is associated with one or more virtual channels and the multi-chip package comprises a package comprising a system-on-chip, SoC, die and an auxiliary die , and the multi-chip package further comprises an other package ; determine whether the error is detected on the package-to-package network ; when the error is not detected on the package-to-package network , logically switch the die-to-die link off; and send a not-acknowledged message in response to incoming packets with an error code indicating that the error has not been detected on the package-to-package network . a processor ; and a tangible, non-transitory, computer-readable medium having instructions stored thereon, wherein the instructions are configured to cause the processor to: receive an indication of an error detected on any of a die-to-die link or a package-to-package network of a multi-chip package, wherein the link is associated with one or more virtual channels and the multi-chip package comprises a package comprising a system-on-chip, SoC, die and an auxiliary die , and the multi-chip package further comprises an other package ; determine whether the error is detected on the package-to-package network ; when the error is not detected on the package-to-package network , logically switch the die-to-die link off; and send a not-acknowledged message in response to incoming packets with an error code indicating that the error has not been detected on the package-to-package network . receive an indication of an error detected on any of a die-to-die link or a package-to-package network of a multi-chip package, wherein the link is associated with one or more virtual channels and the multi-chip package comprises a package comprising a system-on-chip, SoC, die and an auxiliary die , and the multi-chip package further comprises an other package ; determine whether the error is detected on the package-to-package network ; when the error is not detected on the package-to-package network , logically switch the die-to-die link off; and send a not-acknowledged message in response to incoming packets with an error code indicating that the error has not been detected on the package-to-package network .
Aerosol-generating article which comprises a wrapper paper and an aerosol-generating material, which, in its intended use, is only heated, but not burned, wherein the wrapper paper wraps the aerosol-generating material, wherein the wrapper paper comprises pulp fibers and a char-former, wherein the pulp fibers make up at least 70% and at most 95% of the mass of the wrapper paper and the char-former is contained in a concentration of at least 5% and at most 20% with respect to the mass of the wrapper paper and is present in a concentration in the wrapper paper such that the quotient r = R T /R o of the tensile strength R o , measured in accordance with ISO 1924-2:2008 under the conditions of ISO 187:1990, and of the tensile strength R T , measured in accordance with ISO 1924-2:2008 under the conditions of ISO 187:1990 after the wrapper paper has been exposed to a temperature of 230°C for one minute, is at least 0.20 and at most 0.90.
A structure for a random-access resistive memory device, the structure comprising: a resistive memory element including a first electrode, a second electrode, and a switching layer disposed between the second electrode and the first electrode, the first electrode including a first layer and a second layer between the first layer and the switching layer , the switching layer having a first thickness, and the second layer of the first electrode having a second thickness that is less than the first thickness of the switching layer , the second electrode including a first layer and a second layer , wherein the second layer of the second electrode is between the first layer of the second electrode and the switching layer , characterised in that the first layer of the second electrode comprises a metal nitride or tantalum nitride and is disposed on a first portion of the second layer of the second electrode, and further comprising a plurality of spacers disposed on respective second portions of the second layer of the second electrode, wherein the plurality of spacers comprise the metal nitride and oxygen or tantalum oxynitride.
A memory device comprising a memory array including a first sector (S′) and a second sector (Sʺ), each of which comprises a respective plurality of memory cells arranged in rows and columns, a respective plurality of word lines (WL), and a respective plurality of local bit lines (LBL); said memory device further comprising: - a plurality of main bit lines (MBL), which are configured to be selectively coupled to local bit lines; - a first sense amplifier and a second sense amplifier ; and - a routing circuit , arranged between said main bit lines and said first and second sense amplifiers; characterized in that said routing circuit comprises: - a first lower switch , arranged between a first lower main bit line (MBL1'), which is configured to be coupled to local bit lines of the first sector, and a first input of the first sense amplifier; - a second lower switch , arranged between said first lower main bit line (MBL1') and a first input of the second sense amplifier; - a first upper switch , arranged between a first upper main bit line (MBL2ʺ), which is configured to be coupled to local bit lines of the second sector, and the first input of the first sense amplifier; - a second upper switch , arranged between the first upper main bit line (MBL2ʺ) and the first input of the second sense amplifier; - a lower coupling circuit , which couples a second lower main bit line (MBL2'), which is configured to be coupled to local bit lines of the first sector, to a second input of the first sense amplifier; and - an upper coupling circuit , which couples a second upper main bit line (MBL1ʺ), which is configured to becoupled to local bit lines of the second sector, to a second input of the second sense amplifier. - a plurality of main bit lines (MBL), which are configured to be selectively coupled to local bit lines; - a first sense amplifier and a second sense amplifier ; and - a routing circuit , arranged between said main bit lines and said first and second sense amplifiers; characterized in that said routing circuit comprises: - a first lower switch , arranged between a first lower main bit line (MBL1'), which is configured to be coupled to local bit lines of the first sector, and a first input of the first sense amplifier; - a second lower switch , arranged between said first lower main bit line (MBL1') and a first input of the second sense amplifier; - a first upper switch , arranged between a first upper main bit line (MBL2ʺ), which is configured to be coupled to local bit lines of the second sector, and the first input of the first sense amplifier; - a second upper switch , arranged between the first upper main bit line (MBL2ʺ) and the first input of the second sense amplifier; - a lower coupling circuit , which couples a second lower main bit line (MBL2'), which is configured to be coupled to local bit lines of the first sector, to a second input of the first sense amplifier; and - an upper coupling circuit , which couples a second upper main bit line (MBL1ʺ), which is configured to becoupled to local bit lines of the second sector, to a second input of the second sense amplifier.
A method for sending signaling in a wireless local area network, WLAN, wherein the method comprises the steps of: generating (S801), by an access point, AP, a data frame, wherein the data frame includes a high efficiency Wi-Fi Signaling Field 1, HEW-SIG1, and the HEW-SIG1 comprises a frame structure indication field indicating a frame structure of a scheduling transmission, wherein the frame structure of the scheduling transmission comprises an uplink structure or a downlink structure, and wherein the scheduling transmission is Multi-User, MU, transmission and the data frame further comprises a high efficiency Wi-Fi Signaling Field 2, HEW-SIG2, adjacent to the HEW-SIG1 in the data frame, the HEW-SIG2 comprising resource indication information and the HEW-SIG1 further comprises a HEW-SIG2 modulation and coding scheme, MCS, field, and the HEW-SIG2 MCS field indicates a transmission MCS of the HEW-SIG2; sending (S802), by the AP, the data frame. generating (S801), by an access point, AP, a data frame, wherein the data frame includes a high efficiency Wi-Fi Signaling Field 1, HEW-SIG1, and the HEW-SIG1 comprises a frame structure indication field indicating a frame structure of a scheduling transmission, wherein the frame structure of the scheduling transmission comprises an uplink structure or a downlink structure, and wherein the scheduling transmission is Multi-User, MU, transmission and the data frame further comprises a high efficiency Wi-Fi Signaling Field 2, HEW-SIG2, adjacent to the HEW-SIG1 in the data frame, the HEW-SIG2 comprising resource indication information and the HEW-SIG1 further comprises a HEW-SIG2 modulation and coding scheme, MCS, field, and the HEW-SIG2 MCS field indicates a transmission MCS of the HEW-SIG2; sending (S802), by the AP, the data frame.
An apparatus , comprising: a plurality of light emitting diodes (LEDs) ; and a controller in communication with the plurality of LEDs, wherein said controller is configured to be in communication with a sink device and a host device ; characterised in that said controller is further configured to identify a universal serial bus type C (USB-C) functionality of the sink device and the host device, wherein the controller operates at least one of the plurality of LEDs in accordance with one of a plurality of different LED operation profiles that is associated with the identified USB-C functionality of the sink device and the host device. a plurality of light emitting diodes (LEDs) ; and a controller in communication with the plurality of LEDs, wherein said controller is configured to be in communication with a sink device and a host device ; characterised in that said controller is further configured to identify a universal serial bus type C (USB-C) functionality of the sink device and the host device, wherein the controller operates at least one of the plurality of LEDs in accordance with one of a plurality of different LED operation profiles that is associated with the identified USB-C functionality of the sink device and the host device.
A sensor apparatus, the sensor apparatus comprising: a box having a mounting direction (A) wherein the box , along the mounting direction (A), comprises: a base and a shell connected with the base in a clamping manner; a mounting stem arranged on the base along the mounting direction (A); a plurality of sensor units wherein each of the sensor units comprises: a partition forming a sleeving for the mounting stem and stacked along the mounting direction (A), and a sensor module arranged on the partition , and a protective housing covering the sensor module , wherein the protective housing is provided with a locating hole corresponding to the mounting stem ; and a fixture wherein the fixture is capable of fixing the sensor units in cooperation with the mounting stem . a box having a mounting direction (A) wherein the box , along the mounting direction (A), comprises: a base and a shell connected with the base in a clamping manner; a mounting stem arranged on the base along the mounting direction (A); a plurality of sensor units wherein each of the sensor units comprises: a partition forming a sleeving for the mounting stem and stacked along the mounting direction (A), and a sensor module arranged on the partition , and a protective housing covering the sensor module , wherein the protective housing is provided with a locating hole corresponding to the mounting stem ; and a fixture wherein the fixture is capable of fixing the sensor units in cooperation with the mounting stem .
A method of identifying a subject having ankylosing spondylitis who is likely to be responsive to a treatment with apremilast, or predicting the responsiveness of a subject having or suspected of having ankylosing spondylitis to a treatment with apremilast, comprising: (a) measuring the level of monocyte chemotactic protein 1 (MCP1) in a sample from the subject; and (b) diagnosing the subject as being likely to be responsive to apremilast if the level of MCP1 in the sample is lower than a threshold level of MCP1. (a) measuring the level of monocyte chemotactic protein 1 (MCP1) in a sample from the subject; and (b) diagnosing the subject as being likely to be responsive to apremilast if the level of MCP1 in the sample is lower than a threshold level of MCP1.
(Currently Amended) A toner fixing apparatus for a wet-type electrophotographic printing device using a developing liquid comprised of a liquid toner and a carrier liquid, the toner fixing apparatus comprising: a provisional fixing portion provided with a provisional fixing component having an infrared heater ; a main fixing portion provided downstream in a web flow of the provisional fixing portion and having one or a plurality of main fixing units for nipping a web using a plurality of rollers provided with a heat roller; and an air flow formation apparatus forming an air flow along the web to discharge a vapor of the carrier liquid vaporized from the web by infrared radiation from the infrared heater of the provisional fixing component , characterized in that the web extends in a vertical direction in such that the provisional fixing region for irradiating infrared radiation from the infrared heater of the provisional fixing component forming an upstream end of web flow is an upper end and a downstream end of web flow is a lower end with respect to the longitudinal direction of the web, and as the air flow formation apparatus , there is a fan making air flow along the provisional fixing region by blowing air upwardly from a lower side of the provisional fixing region and/or a blower positioned upstream of the provisional fixing region , wherein the blower makes air flow along the provisional fixing region by drawing air. a provisional fixing portion provided with a provisional fixing component having an infrared heater ; a main fixing portion provided downstream in a web flow of the provisional fixing portion and having one or a plurality of main fixing units for nipping a web using a plurality of rollers provided with a heat roller; and an air flow formation apparatus forming an air flow along the web to discharge a vapor of the carrier liquid vaporized from the web by infrared radiation from the infrared heater of the provisional fixing component , characterized in that the web extends in a vertical direction in such that the provisional fixing region for irradiating infrared radiation from the infrared heater of the provisional fixing component forming an upstream end of web flow is an upper end and a downstream end of web flow is a lower end with respect to the longitudinal direction of the web, and as the air flow formation apparatus , there is a fan making air flow along the provisional fixing region by blowing air upwardly from a lower side of the provisional fixing region and/or a blower positioned upstream of the provisional fixing region , wherein the blower makes air flow along the provisional fixing region by drawing air.
An elevator brake device , comprising: a housing ; a brake member having a braking surface , the brake member being supported by the housing for movement between a disengaged position and an engaged position; and a plurality of buckling beams situated to urge the brake member to apply a braking force; characterized by : a tensioning member received against at least one of the plurality of buckling beams in a position where the tensioning member maintains at least some of the plurality of buckling beams in a deflected state. a housing ; a brake member having a braking surface , the brake member being supported by the housing for movement between a disengaged position and an engaged position; and a plurality of buckling beams situated to urge the brake member to apply a braking force; characterized by : a tensioning member received against at least one of the plurality of buckling beams in a position where the tensioning member maintains at least some of the plurality of buckling beams in a deflected state.
Method of operating a zinc coating furnace with a zinc coating trough and a furnace housing , which surrounds the zinc coating trough and which has a rectangular cross-section, wherein the furnace housing has two opposite longitudinal-side end walls and two opposite end-side side walls , and with burners for heating liquid zinc in the zinc coating trough , wherein at least one respective first receptacle for a burner is provided in the regions of two diagonally opposite corners of the furnace housing , wherein a respective second receptacle for a burner is provided in the regions of the two other diagonally opposite corners of the furnace housing and wherein burners are arranged selectably either in the first receptacles or in the second receptacles , wherein flames produced by the burners are guided each time in the region between a longitudinal-side side wall of the furnace housing and the opposite wall of the zinc coating trough , characterised in that the current wall thickness of the zinc coating trough is detected in the region of the flame outlet of at least one burner and that a change of the burner is carried out when the current wall thickness falls below a predetermined limit value.