mhurhangee/patent-ind-claim-en huggingface dataset:
A process for removing carbon monoxide and acid gases from a carbon monoxide-containing fluid stream, wherein a) the fluid stream is brought into contact with an absorption medium comprising a sterically hindered amine or a tertiary amine and additionally comprising a sterically unhindered primary or secondary amine in an absorption zone to obtain a deacidified fluid stream and an acidgases-laden absorption medium, b) the laden absorption medium is heated in a first heat exchanger and decompressed into a decompression zone to a pressure of from 5 to 10 bar to obtain a carbon monoxide-comprising gas phase and a carbon monoxide-depleted laden absorption medium, c) the carbon monoxide-depleted laden absorption medium is passed into a stripper in which at a pressure of 1 to 2.5 bar the acid gases are at least partially liberated by supplying heat to obtain a regenerated absorption medium and an acid-gas-comprising stream, the carbon monoxide-depleted laden absorption medium optionally being heated in a second heat exchanger before being introduced into the stripper, and d) the regenerated absorption medium is recycled into the absorption zone, wherein, if the second heat exchanger is present, the heating medium used in the second heat exchanger is the regenerated absorption medium and the heating medium used in the first heat exchanger is the regenerated absorption medium after it has passed through the second heat exchanger, or, if the second heat exchanger is not present, the heating medium used in the first heat exchanger is the regenerated absorption medium, and the amount of heat transferred in the first heat exchanger is such that the carbon monoxide-comprising gas phase comprises 50% to 97% by volume of acid gases. a) the fluid stream is brought into contact with an absorption medium comprising a sterically hindered amine or a tertiary amine and additionally comprising a sterically unhindered primary or secondary amine in an absorption zone to obtain a deacidified fluid stream and an acidgases-laden absorption medium, b) the laden absorption medium is heated in a first heat exchanger and decompressed into a decompression zone to a pressure of from 5 to 10 bar to obtain a carbon monoxide-comprising gas phase and a carbon monoxide-depleted laden absorption medium, c) the carbon monoxide-depleted laden absorption medium is passed into a stripper in which at a pressure of 1 to 2.5 bar the acid gases are at least partially liberated by supplying heat to obtain a regenerated absorption medium and an acid-gas-comprising stream, the carbon monoxide-depleted laden absorption medium optionally being heated in a second heat exchanger before being introduced into the stripper, and d) the regenerated absorption medium is recycled into the absorption zone,
1. A polarizer comprising an elongated element comprising a polyolefin, wherein the elongated element is unidirectionally drawn at a draw ratio within an overdrawing region and wherein the elongated element has a polarizing effect (PE) of at least 5% and less than 95%, wherein the polarizing effect is defined as the largest difference between light transmittance of two essentially orthogonally polarized components (Tmax and Tmin) of a visible light beam in accordance with the below Equation II. PE = Tmax − Tmin Tmax ∗ 100 %
Method with which an additive displacement of a longitudinal acceleration signal of a travelling motor vehicle measured by an inertial sensor is determined, wherein at least the longitudinal acceleration signal, a brake signal and a drive signal are detected, and wherein a balance of forces of the longitudinal dynamics of the motor vehicle is analysed, wherein the signals are detected both for at least one acceleration process and also for at least one braking process, wherein the signals for acceleration processes are detected and/or analysed separately from the signals for braking processes, characterized in that the additive displacement is determined from a comparison of the signals detected during acceleration processes or values calculated therefrom with the signals detected during braking processes or values calculated therefrom.
A transfer apparatus comprising: a rod-shaped member that includes a magnetic material; a cover configured to cover the rod-shaped member , the cover being made of a nonmagnetic material; a first terminal member configured to allow insertion of one end portion of the rod-shaped member ; a second terminal member configured to allow insertion of the other end portion of the rod-shaped member ; an opposite member configured to face a part of a side surface of the rod-shaped member , the opposite member including a magnetic material, wherein the opposite member is configured to move along the central axis of the rod-shaped member when a driving device rotates the rod-shaped member and a driving device configured to be connected to the first terminal member , rotate the rod-shaped member about a central axis of the rod-shaped member , and change a relative position between the rod-shaped member and the opposite member , wherein the rod-shaped member and the first terminal member are fixed to each other, the cover and the first terminal member are fixed to each other, the rod-shaped member and the second terminal member are not fixed to each other, and the cover and the second terminal member are fixed to each other. a rod-shaped member that includes a magnetic material; a cover configured to cover the rod-shaped member , the cover being made of a nonmagnetic material; a first terminal member configured to allow insertion of one end portion of the rod-shaped member ; a second terminal member configured to allow insertion of the other end portion of the rod-shaped member ; an opposite member configured to face a part of a side surface of the rod-shaped member , the opposite member including a magnetic material, wherein the opposite member is configured to move along the central axis of the rod-shaped member when a driving device rotates the rod-shaped member and a driving device configured to be connected to the first terminal member , rotate the rod-shaped member about a central axis of the rod-shaped member , and change a relative position between the rod-shaped member and the opposite member , wherein the rod-shaped member and the first terminal member are fixed to each other, the cover and the first terminal member are fixed to each other, the rod-shaped member and the second terminal member are not fixed to each other, and the cover and the second terminal member are fixed to each other.
A method for monitoring a physical downlink control channel PDCCH, comprising: receiving , by a communications apparatus, a first message sent by a network device, wherein the first message comprises M sleep time sets, the m th sleep time set in the M sleep time sets comprises N m indexes and N m sleep times, the N m indexes are in a one-to-one correspondence with the N m sleep times, m=1, ..., M, N m is a positive integer greater than or equal to 1, M is a positive integer greater than 1, and the sleep time is used to indicate a time length in which monitoring the PDCCH is stopped; receiving , by the communications apparatus, a second message sent by the network device, wherein the second message comprises sleep time indication information, the sleep time indication information is used to indicate a target sleep time index, and the target sleep time index is an index in the M sleep time sets; and stopping , by the communications apparatus, monitoring the PDCCH in a target time period, wherein a time length of the target time period corresponds to a time length that is indicated by a target sleep time and in which monitoring the PDCCH is stopped, and the target sleep time corresponds to the target sleep time index; and wherein the first message further comprises a time threshold, and the method further comprises: when the communications apparatus receives the sleep time indication information, if a length of the target sleep time is greater than or equal to the time threshold, deactivating, by the communications apparatus, all secondary serving cells in the active state. receiving , by a communications apparatus, a first message sent by a network device, wherein the first message comprises M sleep time sets, the m th sleep time set in the M sleep time sets comprises N m indexes and N m sleep times, the N m indexes are in a one-to-one correspondence with the N m sleep times, m=1, ..., M, N m is a positive integer greater than or equal to 1, M is a positive integer greater than 1, and the sleep time is used to indicate a time length in which monitoring the PDCCH is stopped; receiving , by the communications apparatus, a second message sent by the network device, wherein the second message comprises sleep time indication information, the sleep time indication information is used to indicate a target sleep time index, and the target sleep time index is an index in the M sleep time sets; and stopping , by the communications apparatus, monitoring the PDCCH in a target time period, wherein a time length of the target time period corresponds to a time length that is indicated by a target sleep time and in which monitoring the PDCCH is stopped, and the target sleep time corresponds to the target sleep time index; and wherein the first message further comprises a time threshold, and the method further comprises: when the communications apparatus receives the sleep time indication information, if a length of the target sleep time is greater than or equal to the time threshold, deactivating, by the communications apparatus, all secondary serving cells in the active state.
Method for controlling an agricultural soil preparation implement which is pulled by a tractor and embodied as a plough, comprising the step: - acquiring information about cornering of the tractor and/or of the agricultural soil preparation implement ; characterized by the step: - automatic adaptation of the implement setting of the agricultural soil preparation implement in accordance with the information about the cornering of the tractor and/or of the agricultural soil preparation implement . - acquiring information about cornering of the tractor and/or of the agricultural soil preparation implement ; - automatic adaptation of the implement setting of the agricultural soil preparation implement in accordance with the information about the cornering of the tractor and/or of the agricultural soil preparation implement .
A fiber-reinforced resin molding material containing at least bundled aggregates [A] of discontinuous reinforcing fibers and a matrix resin [M], characterized in that each of the bundled aggregates [A] is obtained by cutting a partially-separated fiber bundle, prepared by forming separation treatment sections separated into a plurality of bundles and non-separation treatment sections alternately along a lengthwise direction of a fiber bundle comprising a plurality of single fibers, at an angle θ (0°<θ<90°) with respect to the lengthwise direction of the fiber bundle, so that a cutting plane extends over the separation treatment section and the non-separation treatment section.
A method performed by a secondary base station for a terminal configured with an inter radio access technology, inter-RAT, dual connectivity with a master base station and the secondary base station in a wireless communication system, the method comprising: receiving, from the master base station, a first message for a secondary cell group, SCG, configuration associated with the terminal, the first message including capability information of the terminal for the inter-RAT dual connectivity and a configuration restriction, wherein the capability information includes information on at least one band combination supported by the terminal, and the configuration restriction indicates an index of a band combination among the at least one band combination which is allowed to be used by the secondary base station; transmitting, to the master base station, a second message including information on a request for SCG configuration modification, the information including a band combination requested by the secondary base station and a parameter associated with the SCG configuration modification; and receiving, from the master base station, a third message to accept or reject the request, as a response to the second message. receiving, from the master base station, a first message for a secondary cell group, SCG, configuration associated with the terminal, the first message including capability information of the terminal for the inter-RAT dual connectivity and a configuration restriction, wherein the capability information includes information on at least one band combination supported by the terminal, and the configuration restriction indicates an index of a band combination among the at least one band combination which is allowed to be used by the secondary base station; transmitting, to the master base station, a second message including information on a request for SCG configuration modification, the information including a band combination requested by the secondary base station and a parameter associated with the SCG configuration modification; and receiving, from the master base station, a third message to accept or reject the request, as a response to the second message.
A perfusion system comprising: a heart lung machine ; a blood reservoir adapted to hold a fluid,; a blood level sensor configured to determine a fluid level within the blood reservoir ; a controller configured to receive the fluid level from the blood level sensor ; wherein the heart lung machine is configured to adjust an operating parameter based on the fluid level, characterized by that the blood reservoir has a capacity determined by a geometric configuration, wherein the blood reservoir includes an information device for communicating information about the geometric configuration of the blood reservoir . a heart lung machine ; a blood reservoir adapted to hold a fluid,; a blood level sensor configured to determine a fluid level within the blood reservoir ; a controller configured to receive the fluid level from the blood level sensor ; wherein the heart lung machine is configured to adjust an operating parameter based on the fluid level,
A biaxially oriented polypropylene film comprising polypropylene, wherein the polypropylene has a meso pentad fraction of 95% or more but less than 98%, and the film has a micrometric thickness of 1 to 3 μm and a transversal thermal shrinkage stress at 140°C of 0 to 1 N/mm 2 as measured according to the method in the description.
A system for forming a pipe carcass, the system comprising: a first series of forming rollers configured for forming a primary carcass strip material ; and a second series of forming rollers configured for forming a second strip material into a shape different than the primary carcass strip material , the system being configured for feeding separately the primary carcass strip material and the second strip material , through the first and second series of rollers , respectively, characterized in that it comprises a plurality of winding rolls arranged to be fed concurrently with the primary carcass strip material and the second strip material for assembly with one another, after being fed through the first and second series of forming rollers respectively.
A method of transmitting a physical layer convergence procedure, PLCP, protocol data unit, PPDU in a wireless communication system, the method comprising: generating a plurality of PPDUs in a plurality of subchannels, each of the plurality of PPDUs comprising a PLCP preamble, a PLCP header and a PLCP service data unit, PSDU, wherein a PLCP preamble, a PLCP header and a PSDU in each of the plurality of PPDUs are independently generated in each of the plurality of subchannels, wherein a transmission time of the PPDUs is maintained to be identical based on a zero padding to the PPDUs; and transmitting the plurality of PPDUs in the plurality of subchannels, wherein the plurality of PPDUs is transmitted to a plurality of stations. generating a plurality of PPDUs in a plurality of subchannels, each of the plurality of PPDUs comprising a PLCP preamble, a PLCP header and a PLCP service data unit, PSDU, wherein a PLCP preamble, a PLCP header and a PSDU in each of the plurality of PPDUs are independently generated in each of the plurality of subchannels, wherein a transmission time of the PPDUs is maintained to be identical based on a zero padding to the PPDUs; and transmitting the plurality of PPDUs in the plurality of subchannels, wherein the plurality of PPDUs is transmitted to a plurality of stations.
A heat-resistant adhesive tape comprising a substrate layer and an adhesive layer provided on a first surface of the substrate layer, the substrate layer further comprising a second surface opposite to the first surface, and the substrate layer being a glass fiber fabric treated with a silicon-containing agent, and the treated glass fiber fabric is impregnated with a fluorine-containing resin, wherein the second surface has a surface roughness, as measured in accordance with the JIS-B0601-1994 test method, of Rz ≤ 2.5 μm or Ra ≤ 1.0 μm, wherein the thinnest thickness between the second surface of the substrate layer and the glass fiber fabric in terms of the thickness from the outer surface of the substrate layer to the nearest glass fiber is 10 to 30 μm, and wherein the amount of the silicon-containing agent is 0.05 to 0.2% by weight of the total weight of the glass fiber fabric.
A sliding fabric being a single-layer plain-woven fabric configured to comprise fluororesin fibers A and at least one type of fibers B having a tensile strength, as measured in conformity with JIS L1013: 2010 (Testing methods for man-made filament yarns), of 10 cN/dtex or more, characterized in that the sliding fabric has a ratio, as measured by the method of the description, of 1.5 or more between an area ratio, as measured by the method of the description, of the fluororesin fibers A on one surface thereof and an area ratio of the fluororesin fibers A on another surface.
An expandable inter-body fusion device for use in spinal surgery, comprising; a first plate having an upper bone contact surface , a first end , and a second end ; and a second plate having a lower bone contact surface, a first end , and a second end , the second plate underlying the first plate and, together, the first and second plates defining an interior cavity having a cavity height and a cavity volume there between, characterized in that one of the first plate and the second plate defines a plurality of vertically disposed slots adjacent the second end, and the other of the first plate and the second plate comprises a corresponding plurality of male protrusions adjacent the second end and disposed therein the slots, creating a sliding pivot point, and wherein the interior cavity is configured to receive an insert in a direction from the first end to the second end, and wherein insertion of the insert into the interior cavity selectively and independently increases the cavity height and an angle formed by the first and second plates. a first plate having an upper bone contact surface , a first end , and a second end ; and a second plate having a lower bone contact surface, a first end , and a second end , the second plate underlying the first plate and, together, the first and second plates defining an interior cavity having a cavity height and a cavity volume there between, characterized in that one of the first plate and the second plate defines a plurality of vertically disposed slots adjacent the second end, and the other of the first plate and the second plate comprises a corresponding plurality of male protrusions adjacent the second end and disposed therein the slots, creating a sliding pivot point, and wherein the interior cavity is configured to receive an insert in a direction from the first end to the second end, and wherein insertion of the insert into the interior cavity selectively and independently increases the cavity height and an angle formed by the first and second plates.
A method for processing biomass into hydrocarbon fuels comprising: processing a biomass in a hydropyrolysis reactor resulting in char and a process vapor stream comprising deoxygenated condensable hydrocarbons, non-condensable hydrocarbon vapors, other non-condensable vapors, and water and water-soluble species, including NH 3 and H 2 S; cooling the process vapor stream to a condensation temperature to develop three phases: a cooled vapor phase, a hydrocarbon phase, and an aqueous phase, wherein the three phases are contained in a cooled product stream; sending the cooled product stream to a separator to split the three phases into a condensable hydrocarbon product stream, which is recovered, a cooled vapor product stream comprising primarily H 2 , non-condensable hydrocarbons, CO 2 , CO, and H 2 S, and a primary aqueous stream comprising primarily water, ammonium sulfide as the reaction product of H 2 S with NH 3 , and NH 3 ; sending the primary aqueous stream to a catalytic reactor; injecting air into the catalytic reactor in an amount sufficient to supply 5 moles of oxygen for each mole of sulfur and obtain a treated aqueous product stream including ammonia, liquid water, and ammonium sulfate, and a reactor gas product stream comprising primarily nitrogen, unused oxygen, and traces of NH 3 and water vapor; and removing hydrogen sulfide from the cooled product vapor stream. processing a biomass in a hydropyrolysis reactor resulting in char and a process vapor stream comprising deoxygenated condensable hydrocarbons, non-condensable hydrocarbon vapors, other non-condensable vapors, and water and water-soluble species, including NH 3 and H 2 S; cooling the process vapor stream to a condensation temperature to develop three phases: a cooled vapor phase, a hydrocarbon phase, and an aqueous phase, wherein the three phases are contained in a cooled product stream; sending the cooled product stream to a separator to split the three phases into a condensable hydrocarbon product stream, which is recovered, a cooled vapor product stream comprising primarily H 2 , non-condensable hydrocarbons, CO 2 , CO, and H 2 S, and a primary aqueous stream comprising primarily water, ammonium sulfide as the reaction product of H 2 S with NH 3 , and NH 3 ; sending the primary aqueous stream to a catalytic reactor; injecting air into the catalytic reactor in an amount sufficient to supply 5 moles of oxygen for each mole of sulfur and obtain a treated aqueous product stream including ammonia, liquid water, and ammonium sulfate, and a reactor gas product stream comprising primarily nitrogen, unused oxygen, and traces of NH 3 and water vapor; and removing hydrogen sulfide from the cooled product vapor stream.
Crystalline Eltrombopag monoethanolamine salt Form D1 of formula (I): having one of the following characteristic peaks of X-ray powder diffraction pattern expressed in 2-Theta values (2θ) at: 7.6, 11.6 and 16.5, each peak ± 0.2.
An apparatus suitable for bicycle pedaling determination, comprising: a sensor mountable to and rotatable with a portion of a drivetrain of a bicycle , the sensor configured to detect angular velocity and position of a crank axle of the drivetrain in less than a single revolution of the crank axle ; a processor electrically coupled to the sensor , characterized in that the processor is configured to cause the apparatus to compare the detected angular velocity and position against predetermined angular velocity and position values indicative of at least one pedaling state to determine a pedaling state of the drivetrain . a sensor mountable to and rotatable with a portion of a drivetrain of a bicycle , the sensor configured to detect angular velocity and position of a crank axle of the drivetrain in less than a single revolution of the crank axle ; a processor electrically coupled to the sensor , characterized in that the processor is configured to cause the apparatus to compare the detected angular velocity and position against predetermined angular velocity and position values indicative of at least one pedaling state to determine a pedaling state of the drivetrain .