mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication at a user equipment, UE, comprising: monitoring control channel transmissions from a plurality of transmission/reception points for an on-duration of a discontinuous reception cycle; receiving a cross-transmission/reception point go-to-sleep signal from a first transmission/reception point of the plurality of transmission/reception points that indicates the UE is to discontinue the monitoring for the control channel transmissions from one or more of the first transmission/reception point or a second transmission/reception point of the plurality of transmission/reception points; and discontinuing , responsive to the receiving, the monitoring for the control channel transmissions from the one or more of the first transmission/reception point or the second transmission/reception point of the plurality of transmission/reception points wherein the discontinuing comprises discontinuing the monitoring for the control channel transmissions from the one or more of the first transmission/reception point or the second transmission/reception point that are indicated in the cross-transmission/reception point go-to-sleep signal. monitoring control channel transmissions from a plurality of transmission/reception points for an on-duration of a discontinuous reception cycle; receiving a cross-transmission/reception point go-to-sleep signal from a first transmission/reception point of the plurality of transmission/reception points that indicates the UE is to discontinue the monitoring for the control channel transmissions from one or more of the first transmission/reception point or a second transmission/reception point of the plurality of transmission/reception points; and discontinuing , responsive to the receiving, the monitoring for the control channel transmissions from the one or more of the first transmission/reception point or the second transmission/reception point of the plurality of transmission/reception points wherein the discontinuing comprises discontinuing the monitoring for the control channel transmissions from the one or more of the first transmission/reception point or the second transmission/reception point that are indicated in the cross-transmission/reception point go-to-sleep signal.
A process of manufacturing an electrical connection of an exhaust gas system of an internal combustion engine, comprising - a bushing having a geometric central axis , - an electrical conductor passing through said bushing along the geometric central axis , and - an insulating layer electrically insulating said bushing from said conductor , characterized in that the entire insulating layer is made of a material having a lower hardness than the material of which the bushing is made, and that the bushing , the insulating layer and the electric conductor are arranged coaxially in respect to the geometric central axis and then pressed together by mechanical cold transformation, wherein the pressure acts on an external circumferential surface of the bushing of the electrical connection and is directed in a radial direction inwards towards the geometric central axis . - a bushing having a geometric central axis , - an electrical conductor passing through said bushing along the geometric central axis , and - an insulating layer electrically insulating said bushing from said conductor , the entire insulating layer is made of a material having a lower hardness than the material of which the bushing is made, and that the bushing , the insulating layer and the electric conductor are arranged coaxially in respect to the geometric central axis and then pressed together by mechanical cold transformation, wherein the pressure acts on an external circumferential surface of the bushing of the electrical connection and is directed in a radial direction inwards towards the geometric central axis .
A trajectory generation method for controlling states of at least two heterogeneous flying vehicles towards goal positions and orientations, characterised in that the method comprises the steps of: determining orientation and angular velocities of the flying vehicles; controlling the orientation and angular velocities of the flying vehicles by controlling at least one motor of the flying vehicles; determining current position and velocity of each of the flying vehicles; controlling the position and velocity of each of the flying vehicles by specifying the desired orientation and angular velocities and the net thrust required from the at least one motor; calculating for each of the flying vehicles, at predetermined intervals of time, individual trajectory paths that smoothly transition through one or more desired waypoints at specified times by using piece-wise smooth polynomial functions, applying relative cost weighting factors among the at least two flying vehicles and enforcing overlap constraints, wherein the relative cost weighting factors allow some vehicles to follow relatively more direct trajectories than others, or to prioritize vehicles based on user preferences; based on the calculated individual trajectory paths, sending commands to each of the flying vehicles to control, individually, their state, causing such flying vehicles to follow the calculated individual trajectory path; and updating current position and velocity of each of the flying vehicles. determining orientation and angular velocities of the flying vehicles; controlling the orientation and angular velocities of the flying vehicles by controlling at least one motor of the flying vehicles; determining current position and velocity of each of the flying vehicles; controlling the position and velocity of each of the flying vehicles by specifying the desired orientation and angular velocities and the net thrust required from the at least one motor; calculating for each of the flying vehicles, at predetermined intervals of time, individual trajectory paths that smoothly transition through one or more desired waypoints at specified times by using piece-wise smooth polynomial functions, applying relative cost weighting factors among the at least two flying vehicles and enforcing overlap constraints, wherein the relative cost weighting factors allow some vehicles to follow relatively more direct trajectories than others, or to prioritize vehicles based on user preferences; based on the calculated individual trajectory paths, sending commands to each of the flying vehicles to control, individually, their state, causing such flying vehicles to follow the calculated individual trajectory path; and updating current position and velocity of each of the flying vehicles.
A method for removing hydrogen sulfide from a liquid stream , the method comprising: contacting a first side of a porous, hydrophobic, gas-liquid separation membrane with a liquid stream comprising a first amount of hydrogen sulfide; and contacting a second, opposite side of the separation membrane with a receiving fluid having a lower concentration of hydrogen sulfide than the liquid stream , wherein the hydrogen sulfide moves through the pores of the membrane from the first side to the second side, to provide a reduced-sulfide liquid stream having a second amount of hydrogen sulfide that is less than the first amount of hydrogen sulfide in the liquid stream ; characterised in that the receiving fluid comprises a sweet gas being a fuel gas that has a concentration of hydrogen sulfide that is lower than the concentration of hydrogen sulfide in the liquid stream ; further characterized in that the receiving fluid is converted to a sour gas feed which exits the membrane unit and is fed to an amine treating unit , where a lean amine solution is added to provide a rich amine stream which is high in hydrogen sulfide content, and the rich amine stream is transferred to an amine regeneration system to recover (i) the lean amine stream that is recycled to the amine treating unit and (ii) the sweet gas stream that is at least in part recycled to the membrane unit . contacting a first side of a porous, hydrophobic, gas-liquid separation membrane with a liquid stream comprising a first amount of hydrogen sulfide; and contacting a second, opposite side of the separation membrane with a receiving fluid having a lower concentration of hydrogen sulfide than the liquid stream , wherein the hydrogen sulfide moves through the pores of the membrane from the first side to the second side, to provide a reduced-sulfide liquid stream having a second amount of hydrogen sulfide that is less than the first amount of hydrogen sulfide in the liquid stream ; characterised in that the receiving fluid comprises a sweet gas being a fuel gas that has a concentration of hydrogen sulfide that is lower than the concentration of hydrogen sulfide in the liquid stream ; further characterized in that the receiving fluid is converted to a sour gas feed which exits the membrane unit and is fed to an amine treating unit , where a lean amine solution is added to provide a rich amine stream which is high in hydrogen sulfide content, and the rich amine stream is transferred to an amine regeneration system to recover (i) the lean amine stream that is recycled to the amine treating unit and (ii) the sweet gas stream that is at least in part recycled to the membrane unit .
Protective element for connecting to a concrete element of a tunnel lining and having at least one protective portion which has a side which faces the concrete element and on which is provided at least one connecting element for producing a durable connection of the protective portion to the concrete element , wherein the protective portion has a base portion and a wall portion and at least one region consisting of at least one first plastics material, wherein the protective element has at least one seal which is connected in a single piece to the protective portion , wherein the connection is gas-tight and liquid-tight, and the single-piece connection of the seal to the protective portion is produced by injection moulding with the at least one first plastics material, and wherein a first portion of the wall portion of the protective portion is produced by injection moulding with the at least one first plastics material, characterized in that the base portion of the protective portion has at least one second portion, in that the second portion is formed from a further plastics material, in that the second portion has an areal extent, and in that the second portion is connected to the first portion by injection moulding with the at least one first plastics material.
A container assembly for a cosmetic formula (F), comprising: a main body for accommodating the cosmetic formula (F), the main body having an opening at a top end thereof; a cage which is accommodated within the main body in the opening so as to extend within the main body , wherein a natural material (M) is accommodated within the cage ; and a lid member which is tightly fitted into an annular recess formed at the opening end of the main body , wherein the cage is supported in a suspended state within the main body by the lid member , wherein the cage is configured to allow the cosmetic formula (F) to flow into and flow out of a space within the cage so that the cosmetic formula (F) can contact the natural material (M), wherein the cage is configured so as to prevent the natural material (M) accommodated therewithin from exiting to the outside of the cage , wherein the cage comprises: a cylindrical inner wall portion which is fluid permeable; and a cylindrical outer wall portion which is disposed around the inner wall portion and is fluid permeable, and wherein the natural material (M) is accommodated within a space (S1, S2) formed between the inner wall portion and the outer wall portion . a main body for accommodating the cosmetic formula (F), the main body having an opening at a top end thereof; a cage which is accommodated within the main body in the opening so as to extend within the main body , wherein a natural material (M) is accommodated within the cage ; and a lid member which is tightly fitted into an annular recess formed at the opening end of the main body , wherein the cage is supported in a suspended state within the main body by the lid member , wherein the cage is configured to allow the cosmetic formula (F) to flow into and flow out of a space within the cage so that the cosmetic formula (F) can contact the natural material (M), wherein the cage is configured so as to prevent the natural material (M) accommodated therewithin from exiting to the outside of the cage , wherein the cage comprises: a cylindrical inner wall portion which is fluid permeable; and a cylindrical outer wall portion which is disposed around the inner wall portion and is fluid permeable, and wherein the natural material (M) is accommodated within a space (S1, S2) formed between the inner wall portion and the outer wall portion .
A method of increasing seed yield, plant yield, biomass, growth rate, and/or oil content of a plant, comprising over-expressing within the plant an exogenous polynucleotide comprising a nucleic acid sequence encoding a polypeptide at least 80 % identical to SEQ ID NO: 264, thereby increasing the seed yield, plant yield, biomass, growth rate, and/or oil content of the plant.
A single dose laundry detergent composition comprising: • 0.005 to 0.5 weight percent of zinc ricinoleate based on a total weight of said composition; • 0.07 to 2.7 weight percent of sodium iminodisuccinate based on a total weight of said composition; • 2.7 to 35 weight percent of a non-aqueous solvent based on a total weight of said composition, wherein said non-aqueous solvent is glycerin; • 35 to 75 weight percent of a surfactant based on a total weight of said composition; and • water; wherein said single dose laundry detergent composition has a water activity of from 0.45 to 0.8 measured at 25°C and has a turbidity of less than 25 NTU measured after ageing at 24°C (75°F) for 24 hours and wherein said glycerin, said sodium iminodisuccinate, and said zinc ricinoleate are present in a weight ratio of (10 to 12.3):(0.07 to 0.5):0.01; (10.3 to 11.5):(0.3 to 0.5):0.05; (3.2 to 6.6):(1.7 to 2.7):0.25; or (2.7 to 6.1):(1.7 to 2.7):0.5. • 0.005 to 0.5 weight percent of zinc ricinoleate based on a total weight of said composition; • 0.07 to 2.7 weight percent of sodium iminodisuccinate based on a total weight of said composition; • 2.7 to 35 weight percent of a non-aqueous solvent based on a total weight of said composition, wherein said non-aqueous solvent is glycerin; • 35 to 75 weight percent of a surfactant based on a total weight of said composition; and • water; wherein said single dose laundry detergent composition has a water activity of from 0.45 to 0.8 measured at 25°C and has a turbidity of less than 25 NTU measured after ageing at 24°C (75°F) for 24 hours and wherein said glycerin, said sodium iminodisuccinate, and said zinc ricinoleate are present in a weight ratio of (10 to 12.3):(0.07 to 0.5):0.01; (10.3 to 11.5):(0.3 to 0.5):0.05; (3.2 to 6.6):(1.7 to 2.7):0.25; or (2.7 to 6.1):(1.7 to 2.7):0.5.
A cardboard packer , comprising a blank magazine , a blank feeder , and a blank picker for transporting a single blank from the magazine to the feeder , wherein the blank picker comprises an upper picking unit configured to attach to an upper portion of the blank , and a bottom picking unit configured to attach to a bottom portion of the blank , further comprising a control unit connected to at least the bottom picking unit for activating the bottom picking unit , characterized in that the control unit is programmed to activate the bottom picking unit according to a first actuation scheme, whereby the first actuation scheme is different from a second actuation scheme used to activate the upper picking unit , and the second actuation scheme is designed to activate the upper picking unit during full transport of the blank from the magazine to the feeder , while the first actuation scheme is designed to activate the bottom picking unit only during initial transport of the blank from the magazine towards the feeder . the control unit is programmed to activate the bottom picking unit according to a first actuation scheme, whereby the first actuation scheme is different from a second actuation scheme used to activate the upper picking unit , and the second actuation scheme is designed to activate the upper picking unit during full transport of the blank from the magazine to the feeder , while the first actuation scheme is designed to activate the bottom picking unit only during initial transport of the blank from the magazine towards the feeder .
An apparatus for configuring a monitoring device , the monitoring device being configured to monitor a streaming or broadcast service, the apparatus comprising: a receiving device adapted to receive a data stream of the streaming or broadcast service; a channel type detector adapted to determine a type of the streaming or broadcast service, wherein the determined type characterizes content of the streaming or broadcast service; an analyzing device adapted to compute a distribution of at least one error parameter over a predetermined time period in the received data stream of the streaming or broadcast service, and to determine a threshold value for the at least one error parameter based on the computed distribution of the at least one error parameter over the predetermined time period; and a configuration device adapted to set a configuration of the monitoring device based on the determined threshold value for the at least one error parameter and the determined type of the streaming or broadcast service, characterized in that the channel type detector is adapted to analyze the received data stream and determine the type of the streaming or broadcast service based on data included in the received data stream of the streaming or broadcast service. a receiving device adapted to receive a data stream of the streaming or broadcast service; a channel type detector adapted to determine a type of the streaming or broadcast service, wherein the determined type characterizes content of the streaming or broadcast service; an analyzing device adapted to compute a distribution of at least one error parameter over a predetermined time period in the received data stream of the streaming or broadcast service, and to determine a threshold value for the at least one error parameter based on the computed distribution of the at least one error parameter over the predetermined time period; and a configuration device adapted to set a configuration of the monitoring device based on the determined threshold value for the at least one error parameter and the determined type of the streaming or broadcast service, characterized in that the channel type detector is adapted to analyze the received data stream and determine the type of the streaming or broadcast service based on data included in the received data stream of the streaming or broadcast service.
Aqueous formulation comprising at least one alcohol A and at least one reaction product C of N,N'-substituted urea and glyoxal, wherein in the reaction product C at least 80 mol% of the hemiaminalic carbon atoms are bound to unetherified hydroxyl groups and wherein said alcohol A is different from reaction product C and wherein said N,N'-substituted urea is a compound according to formula (I) wherein R 1 and R 2 are independently selected from H, C 1 to C 18 alkyl or [(CH 2 ) n -O] m -R 3 , with n =2 to 4, m= 0 to 10 and R 3 = H or C 1 to C 4 alkyl.
A suction cup mount with a suction plate and a housing , wherein the suction plate and the housing are connected to each other in such a manner that the housing can be pressed onto the suction plate , and a lever device in order to lift a middle region of the suction plate with respect to a mount frame which is supported on a circumferential region of the suction plate , characterized in that the suction plate has a shape deviating from a round shape and, in particular, has an oval shape, the middle region comprises a plurality of holding stamps and the lever device comprises levers that can be swiveled in opposite directions around axes arranged in parallel in order to lift the suction plate in a plurality of places in the middle region of the suction plate .
Dispenser for preparing a beverage, said beverage being dispensed in a drinking container , preferably a transparent container, and said beverage being composed of at least two different layers of beverage component presenting different densities, said dispenser comprising : - at least one container for storing a soluble beverage ingredient, - at least one device for dosing a dose of soluble beverage ingredient from the at least one container, - a dispensing area for positioning the drinking container , wherein the dispenser is configured for filling the drinking container with a beverage component from the bottom of the container, characterized in that said dispenser comprises : - a supply of diluent , preferably water, - at least one chamber for dissolving the dose of soluble beverage ingredient with diluent to produce the beverage component, said chamber comprising a beverage outlet for dispensing the beverage component. - at least one container for storing a soluble beverage ingredient, - at least one device for dosing a dose of soluble beverage ingredient from the at least one container, - a dispensing area for positioning the drinking container , - a supply of diluent , preferably water, - at least one chamber for dissolving the dose of soluble beverage ingredient with diluent to produce the beverage component, said chamber comprising a beverage outlet for dispensing the beverage component.
A process for synthesizing multiwall carbon nanotubes comprising: depolymerizing high molecular polymeric wastes to obtain a carbon-containing feedstock ; pre-treating an array of catalytic materials consisting of 304 type stainless steel with an acid to reduce chromium content in the array of catalytic materials to less than 12%; introducing a reducing gas into a catalytic reactor containing the array of catalytic materials ; heating the array of catalytic materials in the catalytic reactor by induction heating in the presence of the reducing gas to activate active sites on surfaces of the array of catalytic materials ; feeding the carbon-containing feedstock into the catalytic reactor containing the array of catalytic materials , wherein the array of catalytic materials is arranged in a horizontally stacked manner having a space between any two adjacent catalytic materials sufficient to allow multiwall carbon nanotubes to grow and deposit on surfaces of the catalytic materials ; heating the array of catalytic materials in the presence of the carbon-containing feedstock by induction heating to form multiwall carbon nanotubes on the surfaces of the catalytic materials ; and removing the multiwall carbon nanotubes from the surfaces of the array of catalytic materials . depolymerizing high molecular polymeric wastes to obtain a carbon-containing feedstock ; pre-treating an array of catalytic materials consisting of 304 type stainless steel with an acid to reduce chromium content in the array of catalytic materials to less than 12%; introducing a reducing gas into a catalytic reactor containing the array of catalytic materials ; heating the array of catalytic materials in the catalytic reactor by induction heating in the presence of the reducing gas to activate active sites on surfaces of the array of catalytic materials ; feeding the carbon-containing feedstock into the catalytic reactor containing the array of catalytic materials , wherein the array of catalytic materials is arranged in a horizontally stacked manner having a space between any two adjacent catalytic materials sufficient to allow multiwall carbon nanotubes to grow and deposit on surfaces of the catalytic materials ; heating the array of catalytic materials in the presence of the carbon-containing feedstock by induction heating to form multiwall carbon nanotubes on the surfaces of the catalytic materials ; and removing the multiwall carbon nanotubes from the surfaces of the array of catalytic materials .