mhurhangee/patent-ind-claim-en huggingface dataset:
A method for receiving downlink feedback information, performed by a base station, comprising: sending , on a physical downlink control channel, PDCCH, indication information and downlink scheduling information to a terminal device, wherein the PDCCH comprises multiple scheduling units, the indication information shares one scheduling unit with the downlink scheduling information, that the indication information shares one scheduling unit with the downlink scheduling information is that the indication information is included in the downlink scheduling information, the indication information indicates target time-frequency resource location, the target time-frequency resource location comprises a time location and a frequency location for downlink feedback information, the indication information comprises a first information indicating the time location and a second information indicating the frequency location, and the downlink feedback information indicates a reception status of downlink data corresponding to the downlink scheduling information; sending the downlink data to the terminal device according to an indication of the downlink scheduling information; receiving the downlink feedback information from the terminal device at the target time-frequency resource location indicated by the indication information. sending , on a physical downlink control channel, PDCCH, indication information and downlink scheduling information to a terminal device, wherein the PDCCH comprises multiple scheduling units, the indication information shares one scheduling unit with the downlink scheduling information, that the indication information shares one scheduling unit with the downlink scheduling information is that the indication information is included in the downlink scheduling information, the indication information indicates target time-frequency resource location, the target time-frequency resource location comprises a time location and a frequency location for downlink feedback information, the indication information comprises a first information indicating the time location and a second information indicating the frequency location, and the downlink feedback information indicates a reception status of downlink data corresponding to the downlink scheduling information; sending the downlink data to the terminal device according to an indication of the downlink scheduling information; receiving the downlink feedback information from the terminal device at the target time-frequency resource location indicated by the indication information.
Composite prefabricated component comprising a tension layer and a concrete layer connected to the tension layer , at least one recess being arranged in the tension layer , the concrete layer engaging in the at least one recess to form a form fit with the tension layer , at least one lifting anchor is arranged at least partially in the concrete layer , a connecting device of the at least one lifting anchor is arranged on a side of the concrete layer facing away from the tension layer , a load-bearing part of the at least one lifting anchor is arranged within the at least one recess , wherein the at least one lifting anchor comprises a first end and a second end , wherein the connecting device is arranged at the first end and the second end of the at least one lifting anchor is arranged within the at least one recess , characterised in that in that the load-bearing part of the at least one lifting anchor has at least one disc-shaped or plate-shaped widening .
A process comprising steps of, pressing organic waste to produce pressed organic waste (A); removing floatables from the pressed organic waste to produce decontaminated organic waste (D); and, treating the decontaminated organic waste in a wet anaerobic digester.
A magnetoresistive, MR, magnetic field sensor system, comprising: at least one MR magnetic field sensor bridge , the at least one MF magnetic field sensor bridge including: a sense leg including at least one sense element with a first layer with a first fixed magnetization orientation and a second layer with a first free magnetization orientation, the first free magnetization orientation orthogonal to the first fixed magnetization orientation at a zero applied magnetic field, and a reference leg electronically connected in parallel to the sense leg , the reference leg including at least one reference element with a third layer with a second fixed magnetization orientation parallel to, and in the same direction as, the first fixed magnetization orientation, and a fourth layer with a second free magnetization orientation, the second free magnetization orientation parallel to the first fixed magnetization orientation at the zero applied magnetic field, characterized in that : the at least one sense element includes a first sense element and a second sense element which are connected in parallel to each other; the first free magnetization orientation of the first sense element is opposite to the first free magnetization orientation of the second sense element at the zero applied magnetic field; the at least one reference element includes a first reference element and a second reference element which are connected in parallel to each other; and the second free magnetization orientation of the first reference element is opposite to the second free magnetization orientation of the second reference element at the zero applied magnetic field. a sense leg including at least one sense element with a first layer with a first fixed magnetization orientation and a second layer with a first free magnetization orientation, the first free magnetization orientation orthogonal to the first fixed magnetization orientation at a zero applied magnetic field, and a reference leg electronically connected in parallel to the sense leg , the reference leg including at least one reference element with a third layer with a second fixed magnetization orientation parallel to, and in the same direction as, the first fixed magnetization orientation, and a fourth layer with a second free magnetization orientation, the second free magnetization orientation parallel to the first fixed magnetization orientation at the zero applied magnetic field, the at least one sense element includes a first sense element and a second sense element which are connected in parallel to each other; the first free magnetization orientation of the first sense element is opposite to the first free magnetization orientation of the second sense element at the zero applied magnetic field; the at least one reference element includes a first reference element and a second reference element which are connected in parallel to each other; and the second free magnetization orientation of the first reference element is opposite to the second free magnetization orientation of the second reference element at the zero applied magnetic field.
A biodegradable poly(ethylene glycol) based water-insoluble hydrogel comprising backbone moieties which are linked together through crosslinker moieties, each crosslinker moiety being terminated by at least two hydrolytically degradable bonds, the backbone moieties are characterized by having a molecular weight in the range of from 1 kDa to 20 kDa and having the structure C*-(A-Hyp) x , wherein C* is a branching core, A is a poly(ethylene glycol) based polymeric chain, Hyp is a hyperbranched dendritic moiety, x is an integer of from 3 to 16; and wherein the hyperbranched dendritic moiety further comprises reactive functional groups and interconnected functional groups.
Method for operating a laser welding device for providing a workpiece with a welded seam , comprising the following method steps: - automatically moving a device for producing a laser beam of the laser welding device provided for welding by means of a mechanical device , which is controlled by a control device , to a first position (P2), which is assigned to the beginning of the welded seam to be produced, in order to begin the welding of the welded seam , - during the welding of the welded seam , automatically moving the device for producing a laser beam provided for welding by means of the mechanical device from the first position (P2) to a second position (P6), which is assigned to the end of the welded seam to be produced, at a constant, current speed v which the device for producing a laser beam provided for welding has when reaching the first position (P2), - on the basis of the constant, current speed v and a length of a predefined first section (S2), which begins from the first position (P2), calculating a first time period t 1 within which the device for producing a laser beam provided for welding is moved along the first section (S2), and - beginning from the first position (P2), a time-controlled ramp-like increase of a welding capacity P to be produced by the device for producing a laser beam provided for welding, so that the latter at the end of the first time period t 1 has a predefined or predefinable reference welding capacity P Ref for welding the welded seam . - automatically moving a device for producing a laser beam of the laser welding device provided for welding by means of a mechanical device , which is controlled by a control device , to a first position (P2), which is assigned to the beginning of the welded seam to be produced, in order to begin the welding of the welded seam , - during the welding of the welded seam , automatically moving the device for producing a laser beam provided for welding by means of the mechanical device from the first position (P2) to a second position (P6), which is assigned to the end of the welded seam to be produced, at a constant, current speed v which the device for producing a laser beam provided for welding has when reaching the first position (P2), - on the basis of the constant, current speed v and a length of a predefined first section (S2), which begins from the first position (P2), calculating a first time period t 1 within which the device for producing a laser beam provided for welding is moved along the first section (S2), and - beginning from the first position (P2), a time-controlled ramp-like increase of a welding capacity P to be produced by the device for producing a laser beam provided for welding, so that the latter at the end of the first time period t 1 has a predefined or predefinable reference welding capacity P Ref for welding the welded seam .
Method for cultivating a nitrile hydratase producing microorganism, comprising the steps of: (a) contacting said microorganism with an aqueous composition comprising a saccharide (i) and an organic acid (ii); and (b) cultivating said microorganism in said aqueous composition of (a), wherein the ratio of saccharide (i) to organic acid (ii) is 3:7 to 7:3 by weight, wherein the saccharide is selected from the group consisting of glucose, fructose, mannose and ribose, wherein the organic acid is selected from the lactic acid, tartaric acid, malic acid, citric acid and succinic acid. (a) contacting said microorganism with an aqueous composition comprising a saccharide (i) and an organic acid (ii); and (b) cultivating said microorganism in said aqueous composition of (a),
A system for passenger access and ergonomic transit within an enclosed compartment onboard an aircraft, comprising: a corridor onboard the aircraft; a transition compartment onboard the aircraft configured for: a transit from an upper vestibule onboard the aircraft to the corridor ; a coordinated presentation of sensory measures within the transition compartment and the corridor directed to a user of the transition compartment and the corridor; the coordinated presentation comprising at least one of: a visual scheme and a tactile scheme; the corridor configured for: 1) the coordinated presentation, 2) an ergonomic passenger movement and 3) a functional passenger transit between the transition compartment and a passenger bunk ; at least one hand rail within the corridor configured to assist the ergonomic movement of a passenger moving within the corridor, the at least one hand rail comprises a pair of single pole hand rails longitudinally extending the length of the corridor mounted on opposite walls of the corridor; wherein the transition compartment and the corridor are longitudinally aligned and further configured to be: 1) aligned above a passenger cabin of the aircraft, 2) aligned with the upper vestibule, and 3) aligned along a centerline of the aircraft. a corridor onboard the aircraft; a transition compartment onboard the aircraft configured for: a transit from an upper vestibule onboard the aircraft to the corridor ; a coordinated presentation of sensory measures within the transition compartment and the corridor directed to a user of the transition compartment and the corridor; the coordinated presentation comprising at least one of: a visual scheme and a tactile scheme; the corridor configured for: 1) the coordinated presentation, 2) an ergonomic passenger movement and 3) a functional passenger transit between the transition compartment and a passenger bunk ; at least one hand rail within the corridor configured to assist the ergonomic movement of a passenger moving within the corridor, the at least one hand rail comprises a pair of single pole hand rails longitudinally extending the length of the corridor mounted on opposite walls of the corridor; wherein the transition compartment and the corridor are longitudinally aligned and further configured to be: 1) aligned above a passenger cabin of the aircraft, 2) aligned with the upper vestibule, and 3) aligned along a centerline of the aircraft.
A device comprising: an isolated cavity that is initially inaccessible to the external fluid; a device body including one or more structural elements supporting a mechanical structure, the mechanical structure separating the isolated cavity from the external fluid, wherein the mechanical structure is more brittle than the one or more structural elements; a piercing structure for piercing the mechanical structure; an electrically passive timing mechanism including a fluidic timing cavity, wherein at the end of a timing interval fluid within the timing cavity causes the piercing structure to pierce the mechanical structure, causing the mechanical structure to collapse, rupture and/or fracture, wherein an acoustic signal is emitted when the mechanical structure is pierced, the device being characterized in that the structural elements and the piercing structure are manufactured monolithically from a material selected from the group consisting of a plastic, a resin and combinations thereof, and wherein the mechanical structure is made from a material selected from the group consisting of silicon, ceramic, sapphire and glass, and combinations thereof. an isolated cavity that is initially inaccessible to the external fluid; a device body including one or more structural elements supporting a mechanical structure, the mechanical structure separating the isolated cavity from the external fluid, wherein the mechanical structure is more brittle than the one or more structural elements; a piercing structure for piercing the mechanical structure; an electrically passive timing mechanism including a fluidic timing cavity, wherein at the end of a timing interval fluid within the timing cavity causes the piercing structure to pierce the mechanical structure, causing the mechanical structure to collapse, rupture and/or fracture, wherein an acoustic signal is emitted when the mechanical structure is pierced, the device being characterized in that the structural elements and the piercing structure are manufactured monolithically from a material selected from the group consisting of a plastic, a resin and combinations thereof, and wherein the mechanical structure is made from a material selected from the group consisting of silicon, ceramic, sapphire and glass, and combinations thereof.
A medical device , comprising: an elongate member having a proximal end and a distal end , wherein the distal end of the elongate member includes a hood (110; 200; 300; 400; 500; 604) defining an end face and a cavity extending distally therefrom, wherein the hood (110; 200; 300; 400; 500; 604) further includes a plurality of sections (208, 210; 306, 308; 402) configured to transition between a closed state and an open state ; and a mechanism comprising one or more pull wires (212, 214; 310; 504; 606) configured to adjust a volume of the cavity by moving at least one of the plurality of sections (208, 210; 306, 308; 402) from the open state to the closed state, wherein at least one of the plurality of sections (208, 210; 306, 308; 402) includes edges configured to cut through tissue. an elongate member having a proximal end and a distal end , wherein the distal end of the elongate member includes a hood (110; 200; 300; 400; 500; 604) defining an end face and a cavity extending distally therefrom, wherein the hood (110; 200; 300; 400; 500; 604) further includes a plurality of sections (208, 210; 306, 308; 402) configured to transition between a closed state and an open state ; and a mechanism comprising one or more pull wires (212, 214; 310; 504; 606) configured to adjust a volume of the cavity by moving at least one of the plurality of sections (208, 210; 306, 308; 402) from the open state to the closed state, wherein at least one of the plurality of sections (208, 210; 306, 308; 402) includes edges configured to cut through tissue.
A preparation comprising live ammonia oxidising bacteria for use in a method of treating inflammatory acne lesions or non-inflammatory acne lesions in a subject, wherein said method comprises: administering said preparation to a surface of the subject, and wherein said preparation is administered as an aerosol, spray or mist. administering said preparation to a surface of the subject, and wherein said preparation is administered as an aerosol, spray or mist.
Apparatus (13; 25, 321) for a transmission/reception device (12; 22; 32) of a bus system , characterized by a measuring unit (131; 1310) for measuring a minimum recessive bit time (t_B1_min) that occurs during operation of the bus system in a message that the apparatus (13; 25, 321) receives from a bus of the bus system , a voltage state of the message having been actively driven by a transmission/reception device (12; 22; 32) of one of at least two subscriber stations of the bus system , a computation unit for computing a switched-on time (t_RSC_B) on the basis of the minimum recessive bit time (t_B1_min) provided by the measuring unit (131; 1310), wherein the switched-on time (t_RSC_B) is a period of time for which an oscillation reduction unit needs to be switched on, said oscillation reduction unit being used to reduce oscillations on the bus that occur after a transition between different voltage states of a bus signal (VDIFF) transmitted on the bus , and wherein the measuring unit (131; 1310) is configured to perform the measuring during ongoing operation of the bus system , and the computation unit is configured to in each case subsequently perform the computing during ongoing operation of the bus system , in order to reduce the oscillations on the bus with dynamic adaptation of the switched-on time (t_RSC_B). a measuring unit (131; 1310) for measuring a minimum recessive bit time (t_B1_min) that occurs during operation of the bus system in a message that the apparatus (13; 25, 321) receives from a bus of the bus system , a voltage state of the message having been actively driven by a transmission/reception device (12; 22; 32) of one of at least two subscriber stations of the bus system , a computation unit for computing a switched-on time (t_RSC_B) on the basis of the minimum recessive bit time (t_B1_min) provided by the measuring unit (131; 1310), wherein the switched-on time (t_RSC_B) is a period of time for which an oscillation reduction unit needs to be switched on, said oscillation reduction unit being used to reduce oscillations on the bus that occur after a transition between different voltage states of a bus signal (VDIFF) transmitted on the bus , and wherein the measuring unit (131; 1310) is configured to perform the measuring during ongoing operation of the bus system , and the computation unit is configured to in each case subsequently perform the computing during ongoing operation of the bus system , in order to reduce the oscillations on the bus with dynamic adaptation of the switched-on time (t_RSC_B).
A sensor system for determining crop yield, the sensor system comprising: a mounting structure suitable to be mounted to a housing of a grain elevator of an agricultural work machine proximate a crop conveyor assembly arranged in the housing, the mounting structure comprising at least one aperture formed therein; a fulcrum assembly arranged on the mounting structure and comprising a fulcrum element coupled to a base member; a rocker arm having a first end and a second end pivotal about a pivot axis of the fulcrum assembly and arranged to extend between the first end and the second end; an engagement member coupled to the second end of the rocker arm and arranged to extend through the at least one aperture of the mounting structure; at least one gap distance sensor mounted to the base member of the fulcrum assembly and configured to detect an inclination of the rocker arm relative to the fulcrum assembly; and a processing device coupled to the gap distance sensor, wherein the processing device is configured to correlate the detected inclination of the rocker arm to an applied force acting on the engagement member when a movable grain mass engages with the engagement member, and wherein the processing device is configured to determine an aggregate crop yield based on the applied force. a mounting structure suitable to be mounted to a housing of a grain elevator of an agricultural work machine proximate a crop conveyor assembly arranged in the housing, the mounting structure comprising at least one aperture formed therein; a fulcrum assembly arranged on the mounting structure and comprising a fulcrum element coupled to a base member; a rocker arm having a first end and a second end pivotal about a pivot axis of the fulcrum assembly and arranged to extend between the first end and the second end; an engagement member coupled to the second end of the rocker arm and arranged to extend through the at least one aperture of the mounting structure; at least one gap distance sensor mounted to the base member of the fulcrum assembly and configured to detect an inclination of the rocker arm relative to the fulcrum assembly; and a processing device coupled to the gap distance sensor, wherein the processing device is configured to correlate the detected inclination of the rocker arm to an applied force acting on the engagement member when a movable grain mass engages with the engagement member, and wherein the processing device is configured to determine an aggregate crop yield based on the applied force.