mhurhangee/patent-ind-claim-en huggingface dataset:
A process for dewatering biomass material comprising polysaccharide and water, the process comprising: a) washing the biomass material with a wetting composition comprising an alcohol to form a biomass slurry comprising wetted biomass material and a liquid component; b) mechanically separating at least a portion of an effluent from the wash step from the biomass slurry by draining the effluent from the wetted biomass material; and c) mechanically separating at least a portion of the water from the wetted biomass material from step b) by pressing the wetted biomass material to form a dewatered biomass material, wherein the biomass material is selected from the group consisting of citrus peel, apple pomace, sugar beet residue from sugar production, sun flower residue from sun flower oil production, potato residue from starch production, red seaweed, and brown seaweed. a) washing the biomass material with a wetting composition comprising an alcohol to form a biomass slurry comprising wetted biomass material and a liquid component; b) mechanically separating at least a portion of an effluent from the wash step from the biomass slurry by draining the effluent from the wetted biomass material; and c) mechanically separating at least a portion of the water from the wetted biomass material from step b) by pressing the wetted biomass material to form a dewatered biomass material,
-N-Benzyl-8-({ 6-[3 -(4-ethylpiperazin-1-yl)azetidin-1-yl]pyridin-2-yl}methyl)-6-(2-fluoro-4-hydroxybenzyl)-4,7-dioxo-2-(prop-2-en-1-yl)hexahydro-2H-pyrazino[2,1-c] triazine-1 -carboxamide for use in the treatment of tumor in combination with lenvatinib or a pharmaceutically acceptable salt thereof.
A nonwoven fabric for curtains, the nonwoven fabric comprising fibers comprising a thermoplastic resin as a main component, wherein, in a surface of the nonwoven fabric, the fibers are fused to each other in intersections of the fibers and the fibers are apart from each other in parts other than the intersections, at least one sheet surface of the nonwoven fabric has a KES surface roughness SMD of 1.2 μm or less, determined as described in the specification, and the nonwoven fabric has a machine-direction tear strength per mass per unit area of 0.50 N/(g/m 2 ) or higher, determined as described in the specification, the non-woven fabric being obtainable by a method comprising a step of thermocompression-bonding a fibrous web at a linear pressure of 500 N/cm or higher and 1,100 N/cm or lower with a pair of flat rolls heated to a temperature lower by 30°C or more and 120°C or less than a melting point of a thermoplastic resin which has the lowest melting point and constitutes a surface of the fibers to obtain a nonwoven fabric, and then successively bringing the nonwoven fabric into contact with the flat roll for a certain time period. wherein, in a surface of the nonwoven fabric, the fibers are fused to each other in intersections of the fibers and the fibers are apart from each other in parts other than the intersections, at least one sheet surface of the nonwoven fabric has a KES surface roughness SMD of 1.2 μm or less, determined as described in the specification, and the nonwoven fabric has a machine-direction tear strength per mass per unit area of 0.50 N/(g/m 2 ) or higher, determined as described in the specification, the non-woven fabric being obtainable by a method comprising a step of thermocompression-bonding a fibrous web at a linear pressure of 500 N/cm or higher and 1,100 N/cm or lower with a pair of flat rolls heated to a temperature lower by 30°C or more and 120°C or less than a melting point of a thermoplastic resin which has the lowest melting point and constitutes a surface of the fibers to obtain a nonwoven fabric, and then successively bringing the nonwoven fabric into contact with the flat roll for a certain time period.
An integrated circuit configured to execute a process of a wireless communication terminal for use in a wireless communication system in which a carrier aggregation including a primary cell and a secondary cell is used, for performing a control not to transmit signals, or to transmit signals with a reduction in a transmission power in a part of radio resources for a downlink signal in a communication cell provided by a wireless communication base station, the process comprising: receiving control information for generating a report related to a measurement result of the communication cell provided by the wireless communication base station; monitoring a state of a radio link with an own cell, which indicates the communication cell in connection, the own cell corresponding either to the primary cell or to the secondary cell; performing a measurement on a reception of the downlink signal in the communication cell provided by the wireless communication base station; generating a radio link failure report including a measurement result when a radio link failure occurs in the own cell; and transmitting the radio link failure report, wherein if an instruction for restricting the measurement to a part of the radio resources is included in the control information from the wireless communication base station after the radio link failure occurs, the process generates the radio link failure report including a measurement result in the radio resources as instructed when the radio link failure occurs. receiving control information for generating a report related to a measurement result of the communication cell provided by the wireless communication base station; monitoring a state of a radio link with an own cell, which indicates the communication cell in connection, the own cell corresponding either to the primary cell or to the secondary cell; performing a measurement on a reception of the downlink signal in the communication cell provided by the wireless communication base station; generating a radio link failure report including a measurement result when a radio link failure occurs in the own cell; and transmitting the radio link failure report, wherein if an instruction for restricting the measurement to a part of the radio resources is included in the control information from the wireless communication base station after the radio link failure occurs, the process generates the radio link failure report including a measurement result in the radio resources as instructed when the radio link failure occurs.
A method for producing a foamed particle molded article provided with a skin, comprising: forming a hollow molded article by blow molding a parison in a softened state being formed by extruding a polypropylene-based resin; filling a hollow part of the hollow molded article with polypropylene-based resin foamed particles; and supplying a heating medium into the hollow molded article to heat and fuse the polypropylene-based resin foamed particles to each other and further to heat and fuse the polypropylene-based resin foamed particles and the hollow molded article, characterized in that an average thickness of the hollow molded article is 0.3 mm or more and 1.5 mm or less and a melt elongation at 190°C of the polypropylene-based resin forming the hollow molded article measured as described in paragraph of the description is 100 m/min or more , a half-crystallization time at 100°C of the polypropylene-based resin as described in paragraph of the description is 25 seconds or more and 80 seconds or less, and in heat flux differential scanning calorimetry, a melting peak temperature of the polypropylene-based resin in accordance with JIS K7121 using a heat flux differential scanning calorimeter is 130°C or more and 155°C or less, a partial heat of fusion at 140°C or more of the polypropylene-based resin determined by utilizing a DSC curve obtained in accordance with JIS K7122 is 20 J/g or more and 50 J/g or less, and a ratio of the partial heat of fusion of the polypropylene-based resin to the total heat of fusion of the polypropylene-based resin determined by utilizing a DSC curve obtained in accordance with JIS K7122 (partial heat of fusion / total heat of fusion) is 0.2 or more and 0.8 or less.
A router adapted to be incorporated in a wide area network while remaining under the control of a proprietor of a dedicated communication network, the router including: a first message switch (9.902); a first interface (9.904); a second interface (9.906); a first message processor (9.920); a remote programming software, RPS, interface (9.918); and RPS message processing means (9.928); the first message processor and the RPS message processing means (9.928) being connected to the first interface, the second interface and the RPS interface via the message switch, the first message processor including a forwarding address extraction capability adapted to extract a forwarding address from a message received on either the first or second interface, the first message processor including a message forwarding capability to forward the message having the extracted address via the other of the first and second interfaces; wherein at least one of the message processor and the first and second interfaces is adapted to be programmed via the RPS interface; wherein the RPS message processing means switch is adapted to carry bidirectional serial traffic between the first interface and the RPS interface via the message switch; wherein carrying the bidirectional serial traffic comprises terminating, by the RPS message processing means, a serial data stream received from the RPS interface by simulating a Hayes compatible modem; and and wherein the message switch is adapted to route an encapsulated version of the serial data stream to the first interface (9.904). a first message switch (9.902); a first interface (9.904); a second interface (9.906); a first message processor (9.920); a remote programming software, RPS, interface (9.918); and RPS message processing means (9.928); the first message processor and the RPS message processing means (9.928) being connected to the first interface, the second interface and the RPS interface via the message switch, the first message processor including a forwarding address extraction capability adapted to extract a forwarding address from a message received on either the first or second interface, the first message processor including a message forwarding capability to forward the message having the extracted address via the other of the first and second interfaces; wherein at least one of the message processor and the first and second interfaces is adapted to be programmed via the RPS interface; wherein the RPS message processing means switch is adapted to carry bidirectional serial traffic between the first interface and the RPS interface via the message switch; wherein carrying the bidirectional serial traffic comprises terminating, by the RPS message processing means, a serial data stream received from the RPS interface by simulating a Hayes compatible modem; and and wherein the message switch is adapted to route an encapsulated version of the serial data stream to the first interface (9.904).
An antenna, comprising: an electrically conductive ground plane that defines a first plane and has a first edge , an electrically conductive first ground plate located on a second plane parallel to said first plane and displaced by a first distance from said first plane, said first ground plate having a second edge parallel to said first edge of the ground plane , an electrically conductive bridge connecting said second edge of the first ground plate to said first edge of the ground plane , an elongated first slot delimited by at least one of said ground plane and said bridge , the longitudinal direction of said first slot being parallel to said first edge , said first slot being coincident with said first ground plate seen from a direction perpendicular to said first and second planes, and a first antenna feed point on the distal side of said first slot seen from the center of said ground plane , wherein the dimensions of said first ground plate are such that its length in said longitudinal direction is equal to at least one of: a half wavelength of electromagnetic radiation at an operational frequency of said antenna, the length of said first slot in said longitudinal direction, and its width in a direction perpendicular to said longitudinal direction is between 3 and 10 millimeters. an electrically conductive ground plane that defines a first plane and has a first edge , an electrically conductive first ground plate located on a second plane parallel to said first plane and displaced by a first distance from said first plane, said first ground plate having a second edge parallel to said first edge of the ground plane , an electrically conductive bridge connecting said second edge of the first ground plate to said first edge of the ground plane , an elongated first slot delimited by at least one of said ground plane and said bridge , the longitudinal direction of said first slot being parallel to said first edge , said first slot being coincident with said first ground plate seen from a direction perpendicular to said first and second planes, and a first antenna feed point on the distal side of said first slot seen from the center of said ground plane , wherein the dimensions of said first ground plate are such that its length in said longitudinal direction is equal to at least one of: a half wavelength of electromagnetic radiation at an operational frequency of said antenna, the length of said first slot in said longitudinal direction, and its width in a direction perpendicular to said longitudinal direction is between 3 and 10 millimeters.
A method of receiving, by a terminal, control information transmitted by a base station in a subframe, the method comprising: receiving information about an enhanced physical downlink control channel, EPDCCH, the EPDCCH being in a physical downlink shared channel, PDSCH, area of the subframe; and receiving the control information through the EPDCCH, wherein: the subframe comprises the PDSCH area and a physical downlink control channel , PDCCH, area, the PDSCH area comprising first resource elements and the PDCCH area comprising second resource elements; one or more of the first resource elements are assigned to the EPDCCH and the other of the first resource elements are assigned to a PDSCH; the second resource elements are assigned to a PDCCH; the one or more of the first resource elements are determined at least based on an identifier of the terminal; and a same precoding as that applied to a demodulation reference signal, DM-RS, included in a physical resource block, PRB, transmitted through the EPDCCH is applied to the EPDCCH. receiving information about an enhanced physical downlink control channel, EPDCCH, the EPDCCH being in a physical downlink shared channel, PDSCH, area of the subframe; and receiving the control information through the EPDCCH, wherein: the subframe comprises the PDSCH area and a physical downlink control channel , PDCCH, area, the PDSCH area comprising first resource elements and the PDCCH area comprising second resource elements; one or more of the first resource elements are assigned to the EPDCCH and the other of the first resource elements are assigned to a PDSCH; the second resource elements are assigned to a PDCCH; the one or more of the first resource elements are determined at least based on an identifier of the terminal; and a same precoding as that applied to a demodulation reference signal, DM-RS, included in a physical resource block, PRB, transmitted through the EPDCCH is applied to the EPDCCH. the subframe comprises the PDSCH area and a physical downlink control channel , PDCCH, area, the PDSCH area comprising first resource elements and the PDCCH area comprising second resource elements; one or more of the first resource elements are assigned to the EPDCCH and the other of the first resource elements are assigned to a PDSCH; the second resource elements are assigned to a PDCCH; the one or more of the first resource elements are determined at least based on an identifier of the terminal; and a same precoding as that applied to a demodulation reference signal, DM-RS, included in a physical resource block, PRB, transmitted through the EPDCCH is applied to the EPDCCH.
A peelable-type copper foil provided with a carrier foil comprising a layer structure of a carrier foil , a releasing layer and a bulk copper layer , wherein metal element-containing particles are dispersively disposed between the releasing layer and the bulk copper layer , the metal element-containing particles are disposed to make an amount transferred on the surface of the bulk copper layer after releasing carrier foil (F) 0 mg/m 2 < F ≤ 100 mg/m 2 and to make a coverage factor in a visual field of 5 micron-meters × 4 micron-meters (A) 0% by area < A ≤ 34% by area, wherein the coverage factor is determined by observing a surface of the releasing layer on which the metal element-containing particles have been provided using a field emission scanning-electron microscope so as to provide a field emission scanning-electron microscope image, image-processing of the field emission scanning electron microscope image so as to provide a binarized image, and determining the coverage percentage of the metal element-containing particles on the surface area of the releasing layer from the binarized image as a coverage factor in % by area, a particle diameter of the metal element-containing particles is 1 nanometer to 250 nanometers, as measured in the images of a field emission scanning microscopic view, and the metal element-containing particles are nickel particles. wherein metal element-containing particles are dispersively disposed between the releasing layer and the bulk copper layer , the metal element-containing particles are disposed to make an amount transferred on the surface of the bulk copper layer after releasing carrier foil (F) 0 mg/m 2 < F ≤ 100 mg/m 2 and to make a coverage factor in a visual field of 5 micron-meters × 4 micron-meters (A) 0% by area < A ≤ 34% by area, wherein the coverage factor is determined by observing a surface of the releasing layer on which the metal element-containing particles have been provided using a field emission scanning-electron microscope so as to provide a field emission scanning-electron microscope image, image-processing of the field emission scanning electron microscope image so as to provide a binarized image, and determining the coverage percentage of the metal element-containing particles on the surface area of the releasing layer from the binarized image as a coverage factor in % by area, a particle diameter of the metal element-containing particles is 1 nanometer to 250 nanometers, as measured in the images of a field emission scanning microscopic view, and the metal element-containing particles are nickel particles.
A method for the preparation, expansion and/or generation of antigen-specific immunomodulatory cells which comprises ex-vivo contacting an isolated regulatory T cell population with a mesenchymal stem cell (MSC) population in the presence of one or more multiple sclerosis-associated antigens selected from the group consisting of: MBP 13-32 (SEQ ID NO: 1), MBP 83-99 (SEQ ID NO: 2), MBP 111-119 (SEQ ID NO: 3), MBP 146-170 (SEQ ID NO: 4), MOG 1-20 (SEQ ID NO: 5), MOG 35-55 (SEQ ID NO: 6) and PLP 139-154 (SEQ ID NO: 7).
A pyranometer comprising: a dome ; a thermopile-based sensor comprising a receiving surface ; a diffusor configured to diffuse solar radiation external to the pyranometer and passing through the dome , toward the receiving surface of thermopile-based sensor ; and at least one optical filter arranged in an optical path of the radiation in front of the receiving surface of the thermopile-based sensor so as to modify the spectral composition of the solar radiation measured by the thermopile-based sensor , wherein the at least one optical filter modifies the spectral composition of the solar radiation measured by the thermopile-based sensor such that spectral selectivity based on a spectral absorptance and a spectral transmittance of the thermopile-based sensor , the diffusor , and of the dome has a maximum percentual deviation of about ± 3% from a mean value in a wavelength range of the solar radiation spectrum ranging from about 350 nm to about 1500 nm, wherein the spectral selectivity is determined according to standard ISO 9060:2018, and wherein the at least one optical filter is a transmission interference filter, the transmission interference filter comprising multiple layers of dielectric metallic material having different transmittance characteristics. a dome ; a thermopile-based sensor comprising a receiving surface ; a diffusor configured to diffuse solar radiation external to the pyranometer and passing through the dome , toward the receiving surface of thermopile-based sensor ; and at least one optical filter arranged in an optical path of the radiation in front of the receiving surface of the thermopile-based sensor so as to modify the spectral composition of the solar radiation measured by the thermopile-based sensor , wherein the at least one optical filter modifies the spectral composition of the solar radiation measured by the thermopile-based sensor such that spectral selectivity based on a spectral absorptance and a spectral transmittance of the thermopile-based sensor , the diffusor , and of the dome has a maximum percentual deviation of about ± 3% from a mean value in a wavelength range of the solar radiation spectrum ranging from about 350 nm to about 1500 nm, wherein the spectral selectivity is determined according to standard ISO 9060:2018, and wherein the at least one optical filter is a transmission interference filter, the transmission interference filter comprising multiple layers of dielectric metallic material having different transmittance characteristics.
A roll forming device for plastic flooring, wherein the roll forming device for plastic flooring comprises an extruder , a printed layer unwinding mechanism , a wear-resisting layer unwinding mechanism , and a calender , wherein, the extruder is configured to form a substrate layer , with one end having a discharge port , and the substrate layer is extruded outward from the discharge port and conveyed to the calender ; the printed layer unwinding mechanism is configured to convey a printed layer to the calender ; the wear-resisting layer unwinding mechanism is configured to convey a wear-resisting layer to the calender ; with regard to the calender , a gauging roller group , a pre-bonding roller group and a laminating roller group are disposed on a rack ; the gauging roller group , which comprises a plurality of gauging rollers and is disposed at one side of the pre-bonding roller group and linearly opposite to the discharge port of the extruder , is configured to define a thickness of the substrate layer ; the pre-bonding roller group , which comprises a large roller and a plurality of guide rollers disposed around the large roller , with at least one first heating unit being disposed inside the large roller or at a first position corresponding to an outer edge of a roller surface of the large roller , is configured to heat the substrate layer , the printed layer and the wear-resisting layer which are pre-bonded; the laminating roller group comprises a plurality of laminating rollers, the plurality of laminating rollers are disposed at the other side of the pre-bonding roller group , and a surface of at least one of the plurality of laminating rollers has an embossing pattern , which is used to form a clear and prominent embossed pattern on a surface of the wear-resisting layer when the substrate layer , the printed layer and the wear-resisting layer are laminated into a whole.