mhurhangee/patent-ind-claim-en huggingface dataset:
A high-pressure roller press , more particularly material bed roller mill or compacting machine, with two press rollers , which are rotatably borne in a press stand and between which a pressure zone is formed with a roller gap (S) arranged at the roller axis (X, X'), the gap width (W) of which is variable during operation of the roller press , wherein one of the press rollers is designed as a fixed roller and one of the press rollers is designed as loose roller that is moveable relative to the fixed roller , wherein the loose roller can be applied by force generating means to the fixed roller with a gap width (W) that is variable during operation, wherein at the front face the pressures zone between the press rollers is limited by limiting plates arranged next to the press rollers , wherein the limiting plates are fastened to the press stand in such a moveable manner and subject to the exertion of force, that during operation of the roller press , the limiting plates can be pushed back against the acting force, characterised in that on each of the limiting plates , at the roller gap (S), a single roll is attached, which is borne rotatably about its roll axis (Y) and laterally delimits the roller gap (S), and in that the width (E) of the roll is greater than the maximum gap width (W) of the roller gap (S). wherein one of the press rollers is designed as a fixed roller and one of the press rollers is designed as loose roller that is moveable relative to the fixed roller , wherein the loose roller can be applied by force generating means to the fixed roller with a gap width (W) that is variable during operation, wherein at the front face the pressures zone between the press rollers is limited by limiting plates arranged next to the press rollers , wherein the limiting plates are fastened to the press stand in such a moveable manner and subject to the exertion of force, that during operation of the roller press , the limiting plates can be pushed back against the acting force, characterised in that on each of the limiting plates , at the roller gap (S), a single roll is attached, which is borne rotatably about its roll axis (Y) and laterally delimits the roller gap (S), and in that the width (E) of the roll is greater than the maximum gap width (W) of the roller gap (S).
A method for host controlled enablement of an automatic background operation in a memory device , the method comprising: using the host to determine whether the memory device supports host controlled enablement of the automatic background operation; and using the host to configure the memory device to perform the automatic background operation in the memory device in response to the host determining that the memory device supports host controlled enablement of the automatic background operation; characterised by : writing a time period value to a register, namely a time register , of the memory device ; wherein the time period is a time that the memory device should wait before enabling or automatically performing the background operation; and enabling or automatically performing the background operation responsive to the time period expiring after completion of a last host commanded operation. using the host to determine whether the memory device supports host controlled enablement of the automatic background operation; and using the host to configure the memory device to perform the automatic background operation in the memory device in response to the host determining that the memory device supports host controlled enablement of the automatic background operation; characterised by : writing a time period value to a register, namely a time register , of the memory device ; wherein the time period is a time that the memory device should wait before enabling or automatically performing the background operation; and enabling or automatically performing the background operation responsive to the time period expiring after completion of a last host commanded operation. writing a time period value to a register, namely a time register , of the memory device ; wherein the time period is a time that the memory device should wait before enabling or automatically performing the background operation; and enabling or automatically performing the background operation responsive to the time period expiring after completion of a last host commanded operation.
An apparatus for reducing jet noise generated by a gas turbine engine exhaust plume, the apparatus comprising: a variable geometry gas turbine engine nozzle comprising a circumferentially distributed array of nozzle flap panels supported for alternate collective splaying and gathering motion, the collective splaying motion of the flap panels being from a narrow position defining a minimum cross-sectional area at a nozzle exit plane , to a wide position defining a maximum cross-sectional area at the nozzle exit plane ; a plurality of nozzle seal panels supported in a circumferentially distributed array within the array of nozzle flap panels ; and said apparatus being characterized by : a seal panel actuator operatively engageable with at least one seal panel of the array of nozzle seal panels and configured to deflect the at least one seal panel radially inward toward a fully deployed position to reduce jet noise by increasing exhaust stream mixing with ambient air. a variable geometry gas turbine engine nozzle comprising a circumferentially distributed array of nozzle flap panels supported for alternate collective splaying and gathering motion, the collective splaying motion of the flap panels being from a narrow position defining a minimum cross-sectional area at a nozzle exit plane , to a wide position defining a maximum cross-sectional area at the nozzle exit plane ; a plurality of nozzle seal panels supported in a circumferentially distributed array within the array of nozzle flap panels ; and said apparatus being characterized by : a seal panel actuator operatively engageable with at least one seal panel of the array of nozzle seal panels and configured to deflect the at least one seal panel radially inward toward a fully deployed position to reduce jet noise by increasing exhaust stream mixing with ambient air.
A combination product comprising a compound of formula (I): or a pharmaceutically acceptable salt or co-crystal thereof, and one or more immunotherapeutic agents selected from the group consisting of an anti-CTLA4 antibody, an anti-PD-1 antibody and an anti-PD-Ll antibody.
An apparatus that performs wireless communication, the apparatus comprising: a processor ; and a memory coupled with the processor, the memory comprising executable instructions stored thereon that when executed by the processor cause the processor to effectuate operations comprising: obtaining, from a base station , scheduling downlink control information for a first transmission, the scheduling downlink control information indicating an index of a resource pool to be used for the first transmission, the resource pool being one of multiple resource pools with which the apparatus has been configured through radio resource control signaling, wherein the first transmission comprises an initial transmission or a retransmission; based on the obtaining of the scheduling downlink control information, sending the first transmission to a receiving user equipment , wherein the first transmission is transmitted via a sidelink; and receiving, based on the sending of the transmission, feedback from the receiving user equipment, wherein the feedback is transmitted via the sidelink. a processor ; and a memory coupled with the processor, the memory comprising executable instructions stored thereon that when executed by the processor cause the processor to effectuate operations comprising: obtaining, from a base station , scheduling downlink control information for a first transmission, the scheduling downlink control information indicating an index of a resource pool to be used for the first transmission, the resource pool being one of multiple resource pools with which the apparatus has been configured through radio resource control signaling, wherein the first transmission comprises an initial transmission or a retransmission; based on the obtaining of the scheduling downlink control information, sending the first transmission to a receiving user equipment , wherein the first transmission is transmitted via a sidelink; and receiving, based on the sending of the transmission, feedback from the receiving user equipment, wherein the feedback is transmitted via the sidelink. obtaining, from a base station , scheduling downlink control information for a first transmission, the scheduling downlink control information indicating an index of a resource pool to be used for the first transmission, the resource pool being one of multiple resource pools with which the apparatus has been configured through radio resource control signaling, wherein the first transmission comprises an initial transmission or a retransmission; based on the obtaining of the scheduling downlink control information, sending the first transmission to a receiving user equipment , wherein the first transmission is transmitted via a sidelink; and receiving, based on the sending of the transmission, feedback from the receiving user equipment, wherein the feedback is transmitted via the sidelink.
A plant system comprising: an access node connected to a network ; a plurality of controller groups, each including a plurality of controllers , the plurality of controllers configured to perform distributed control on a plurality of field devices provided in a plant; and a plurality of wireless communication units provided in each of the plurality of controller groups, each of the plurality of wireless communication units being connected to all the plurality of controllers in the corresponding controller group via a wired connection, and configured to connect each of the plurality of controllers to the access node via a wireless connection, wherein a number of the plurality of controllers in each of the plurality of controller groups is larger than a number of the plurality of wireless communication units in the corresponding controller group, the plurality of wireless communication units in each of the plurality of controller groups are provided at different locations in the corresponding controller group, respectively, the access node is configured, if a plurality of traffics are to be transmitted, to assign a wireless resource primarily to a traffic which is required to have a real-time property, and the access node is configured to set a plurality of paths for a traffic that requires high reliability. an access node connected to a network ; a plurality of controller groups, each including a plurality of controllers , the plurality of controllers configured to perform distributed control on a plurality of field devices provided in a plant; and a plurality of wireless communication units provided in each of the plurality of controller groups, each of the plurality of wireless communication units being connected to all the plurality of controllers in the corresponding controller group via a wired connection, and configured to connect each of the plurality of controllers to the access node via a wireless connection, wherein a number of the plurality of controllers in each of the plurality of controller groups is larger than a number of the plurality of wireless communication units in the corresponding controller group, the plurality of wireless communication units in each of the plurality of controller groups are provided at different locations in the corresponding controller group, respectively, the access node is configured, if a plurality of traffics are to be transmitted, to assign a wireless resource primarily to a traffic which is required to have a real-time property, and the access node is configured to set a plurality of paths for a traffic that requires high reliability.
A method for catalyzing an enzyme-catalyzed reaction in chemical synthesis, comprising (a) providing a carrier and at least one enzyme immobilized on the carrier, wherein the carrier is controlled porosity glass (CPG) or hybrid controlled porosity glass (hybrid CPG) to which an affinity matrix containing a chelated metal ion is attached, wherein the at least one enzyme contains a polyhistidine tag and is immobilized on the carrier through specific affinity binding between the polyhistidine tag and the chelated metal ion; and (b) bringing the immobilized enzyme into contact with at least one substrate, thereby catalyzing the reaction. (a) providing a carrier and at least one enzyme immobilized on the carrier, wherein the carrier is controlled porosity glass (CPG) or hybrid controlled porosity glass (hybrid CPG) to which an affinity matrix containing a chelated metal ion is attached, wherein the at least one enzyme contains a polyhistidine tag and is immobilized on the carrier through specific affinity binding between the polyhistidine tag and the chelated metal ion; and wherein the carrier is controlled porosity glass (CPG) or hybrid controlled porosity glass (hybrid CPG) to which an affinity matrix containing a chelated metal ion is attached, wherein the at least one enzyme contains a polyhistidine tag and is immobilized on the carrier through specific affinity binding between the polyhistidine tag and the chelated metal ion; and (b) bringing the immobilized enzyme into contact with at least one substrate, thereby catalyzing the reaction.
A terminal apparatus that is configured to communicate with a base station apparatus , the terminal apparatus comprising: a higher layer processing unit configured to configure a first cell group and a second cell group; and an uplink subframe generation unit configured to generate a first physical uplink channel of the first cell group, wherein when a transmission of the first physical uplink channel of the first cell group overlaps in time with a transmission of a second physical uplink channel of the second cell group, the terminal apparatus is configured to determine a power for the first physical uplink channel of the first cell group based on at least a value that results from subtracting a first power in the first cell group and a second power in the second cell group from a sum of maximum output powers of the terminal apparatus , and when the first cell group is an MCG, the second cell group is an SCG, and the first physical uplink channel is a PUCCH that includes UCI which does not include a HARQ-ACK or an SR, the first power includes at least a power for PUCCH transmission of the UCI that includes the HARQ-ACK in the first cell group, and the second power includes at least a power for the PUCCH transmission of the UCI that includes the HARQ-ACK in the second cell group, or a power for PUSCH transmission of the UCI that includes the HARQ-ACK in the second cell group. a higher layer processing unit configured to configure a first cell group and a second cell group; and an uplink subframe generation unit configured to generate a first physical uplink channel of the first cell group, wherein when a transmission of the first physical uplink channel of the first cell group overlaps in time with a transmission of a second physical uplink channel of the second cell group, the terminal apparatus is configured to determine a power for the first physical uplink channel of the first cell group based on at least a value that results from subtracting a first power in the first cell group and a second power in the second cell group from a sum of maximum output powers of the terminal apparatus , and when the first cell group is an MCG, the second cell group is an SCG, and the first physical uplink channel is a PUCCH that includes UCI which does not include a HARQ-ACK or an SR, the first power includes at least a power for PUCCH transmission of the UCI that includes the HARQ-ACK in the first cell group, and the second power includes at least a power for the PUCCH transmission of the UCI that includes the HARQ-ACK in the second cell group, or a power for PUSCH transmission of the UCI that includes the HARQ-ACK in the second cell group.
A method of forming a composite structure , the method comprising: applying a laminated charge onto an expandable pallet; moving the expandable pallet in a linear motion relative to a plurality of rollers ; and progressively urging the laminated charge into a continuously expanding recess defined by the expandable pallet using the plurality of rollers , wherein the plurality of rollers are oriented in a serial configuration so as to shape the laminated charge into at least part of a shape of the composite structure . applying a laminated charge onto an expandable pallet; moving the expandable pallet in a linear motion relative to a plurality of rollers ; and progressively urging the laminated charge into a continuously expanding recess defined by the expandable pallet using the plurality of rollers , wherein the plurality of rollers are oriented in a serial configuration so as to shape the laminated charge into at least part of a shape of the composite structure .
An inspection apparatus for enabling a remotely-located person to monitor an inspection by another person, the apparatus comprising: an inspection device ; and a communication unit ; the inspection device being configured to generate inspection data indicative of a sub-surface material structure of a test object ; and the communication unit being configured to: divide the inspection data into first data for transfer in substantially real time and second data comprising data indicative of a more detailed representation of the object's condition than the first data, whereby the second data enables a more in-depth analysis of the inspection than the first data; transfer the first data for being presented to the remotely-located person at a first time so as to enable substantially real-time monitoring of the inspection by the remotely-located person; and transfer the second data for being presented to the remotely-located person at a second time, which is later than the first time, so as to enable non-real time monitoring of the inspection by the remotely-located person; wherein the inspection device is capable of generating data indicative of an interior structure of the object , without damaging said object, and wherein the inspection device is configured to use a non-destructive testing technique from one or more of magnetic particle, liquid penetrant, eddy current testing, low coherence interferometry and ultrasound. an inspection device ; and a communication unit ; the inspection device being configured to generate inspection data indicative of a sub-surface material structure of a test object ; and the communication unit being configured to: divide the inspection data into first data for transfer in substantially real time and second data comprising data indicative of a more detailed representation of the object's condition than the first data, whereby the second data enables a more in-depth analysis of the inspection than the first data; transfer the first data for being presented to the remotely-located person at a first time so as to enable substantially real-time monitoring of the inspection by the remotely-located person; and transfer the second data for being presented to the remotely-located person at a second time, which is later than the first time, so as to enable non-real time monitoring of the inspection by the remotely-located person; divide the inspection data into first data for transfer in substantially real time and second data comprising data indicative of a more detailed representation of the object's condition than the first data, whereby the second data enables a more in-depth analysis of the inspection than the first data; transfer the first data for being presented to the remotely-located person at a first time so as to enable substantially real-time monitoring of the inspection by the remotely-located person; and transfer the second data for being presented to the remotely-located person at a second time, which is later than the first time, so as to enable non-real time monitoring of the inspection by the remotely-located person;
A process for preparing concentrated recombinant humanized anti-IgE antibody compositions, comprising: a) a first ultrafiltering of a first antibody preparation having a concentration of 0.1 to 10 grams per liter to provide a second antibody preparation as the retentate, wherein the second antibody preparation has a concentration of 10 to 50 grams per liter; b) a diafiltering of the second antibody preparation to provide a diafiltered intermediate antibody preparation as the retentate, wherein the diafiltered intermediate antibody preparation has the same concentration as the second antibody preparation; and c) a second ultrafiltering of the diafiltered intermediate antibody preparation to provide a third antibody preparation as the retentate of the second ultrafiltration, wherein the third antibody preparation has a concentration of 150 to 200 grams per liter, wherein steps a), b), and c) are carried out at a temperature of 45°C ± 5°C; and wherein the antibody is rhuMAb E25. a) a first ultrafiltering of a first antibody preparation having a concentration of 0.1 to 10 grams per liter to provide a second antibody preparation as the retentate, wherein the second antibody preparation has a concentration of 10 to 50 grams per liter; b) a diafiltering of the second antibody preparation to provide a diafiltered intermediate antibody preparation as the retentate, wherein the diafiltered intermediate antibody preparation has the same concentration as the second antibody preparation; and c) a second ultrafiltering of the diafiltered intermediate antibody preparation to provide a third antibody preparation as the retentate of the second ultrafiltration, wherein the third antibody preparation has a concentration of 150 to 200 grams per liter,