mhurhangee/ep-ind-claims huggingface dataset:
A method for producing an in vivo -like and enhanced synaptogenesis neuron model, which comprises a step of culturing primary neurons in vitro using a medium, wherein the medium is obtained by adding a supplement to a neuronal culture medium, wherein the supplement comprises a combination of neurotrophin-3, potassium or a salt thereof, and basic fibroblast growth factor, and wherein in said enhanced synaptogenesis neuron model the number of synapses per neuron unit is increased and the neurotransmitter release per synapse is increased over the figures for the primary neurons cultured in said neuronal culture medium not containing said supplement.
A source node in a multihop network, comprising: a circuit configured to listen to a RACH area during a packet transmission at a second hop for a number of nodes of the second hop; the RACH area includes subcarriers of a random access channel, RACH, charcterised in that the source node further comprises a circuit configured to receive a number of nodes at a destination stage transmitted by a destination node; and a circuit configured to determine a size of the RACH area based on the number of nodes of the second hop and the number of nodes at the destination stage, wherein the size of the RACH area may be constant for a plurality of hops. a circuit configured to listen to a RACH area during a packet transmission at a second hop for a number of nodes of the second hop; the RACH area includes subcarriers of a random access channel, RACH, charcterised in that the source node further comprises a circuit configured to receive a number of nodes at a destination stage transmitted by a destination node; and a circuit configured to determine a size of the RACH area based on the number of nodes of the second hop and the number of nodes at the destination stage, wherein the size of the RACH area may be constant for a plurality of hops.
A system for detecting anatomical structures and therapeutic neuromodulation in a nasal region of a human patient, the system comprising: a shaft having a proximal portion and a distal portion, wherein the shaft is configured to locate the distal portion intraluminally at a target site within a nasal cavity inferior to a sphenopalatine foramen of the human patient; an evaluation/modulation assembly at the distal portion of the shaft, wherein the evaluation/modulation assembly comprises a plurality of electrodes configured to emit stimulating energy to tissue at the target site at frequencies for locating target neural structures and detect bioelectric properties in response to the stimulating energy; and a console including a controller having a computer-readable medium carrying instructions, which when executed by the controller, cause the console to map locations of the target neural structures based on the detected bioelectric properties, and to generate an ablation pattern based on the locations of the target neural structures, wherein the ablation pattern is configured such that each of the plurality of electrodes has its own individual region of influence, and wherein two or more electrodes of the plurality of electrodes have regions of influence that link together, and cause the evaluation/modulation assembly to apply therapeutic neuromodulation energy according to the generated ablation pattern. a shaft having a proximal portion and a distal portion, wherein the shaft is configured to locate the distal portion intraluminally at a target site within a nasal cavity inferior to a sphenopalatine foramen of the human patient; an evaluation/modulation assembly at the distal portion of the shaft, wherein the evaluation/modulation assembly comprises a plurality of electrodes configured to emit stimulating energy to tissue at the target site at frequencies for locating target neural structures and detect bioelectric properties in response to the stimulating energy; and a console including a controller having a computer-readable medium carrying instructions, which when executed by the controller, cause the console to map locations of the target neural structures based on the detected bioelectric properties, and to generate an ablation pattern based on the locations of the target neural structures, wherein the ablation pattern is configured such that each of the plurality of electrodes has its own individual region of influence, and wherein two or more electrodes of the plurality of electrodes have regions of influence that link together, and cause the evaluation/modulation assembly to apply therapeutic neuromodulation energy according to the generated ablation pattern.
A process for producing an iron- and manganese-comprising heterogeneous catalyst, which comprises the following steps: I. thermal decomposition of gaseous iron pentacarbonyl to give carbonyl iron powder having spherical primary particles, II. treatment of carbonyl iron powder obtained in step I with hydrogen, resulting in the metallic spherical primary particles at least partly agglomerating, III.surface oxidation of the iron particles from step II, agglomerates = secondary particles, and also any primary particles still present, to form iron oxide, IV. contacting of the particles from step III with an aqueous solution of a manganese compound, V. drying in the presence of oxygen and subsequent calcination in the absence of oxygen, resulting firstly in oxygen-comprising manganese compounds on the particles and finally reaction of these with the iron oxide to form a mixed oxide of the formula Mn x Fe 3-x O 4, where 0 < x ≤ 2. I. thermal decomposition of gaseous iron pentacarbonyl to give carbonyl iron powder having spherical primary particles, II. treatment of carbonyl iron powder obtained in step I with hydrogen, resulting in the metallic spherical primary particles at least partly agglomerating, III.surface oxidation of the iron particles from step II, agglomerates = secondary particles, and also any primary particles still present, to form iron oxide, IV. contacting of the particles from step III with an aqueous solution of a manganese compound, V. drying in the presence of oxygen and subsequent calcination in the absence of oxygen, resulting firstly in oxygen-comprising manganese compounds on the particles and finally reaction of these with the iron oxide to form a mixed oxide of the formula Mn x Fe 3-x O 4, where 0 < x ≤ 2.
A method for controlling a transmission power by a user equipment, the method comprising: when a physical random access channel, PRACH, transmission on a first timing advance group, TAG, overlaps with a sounding reference signal, SRS, transmission on a second TAG in time, and when a total transmission power of the PRACH transmission and the SRS transmission exceeds a maximum transmission power configured for the user equipment in the overlapped time, allocating a transmission power for the PRACH transmission with priority over a transmission power for the SRS transmission.
A battery module, comprising: a battery; a breaker that switches electrical connection of an output line from the battery to outside; a power source switch circuit that receives an internal source voltage (VLIB) supplied from the battery, an external source voltage (VEXT) supplied from an external power source, and an boot signal (IG_in) from outside, and switches a source of power that supplies source voltage from the external power source to the battery when at least one of the external source voltage (VEXT) and the boot signal (IG_in) is at a second level; and a control circuit that uses, as power supply, the source voltage that is output from the power source switch circuit, and controls operation of the breaker and of the power source switch circuit, wherein the control circuit turns OFF the breaker and stops the supply of the source voltage when a period in which the external source voltage (VEXT) or the boot signal (IG_in) is at the second level exceeds a predetermined threshold. a battery; a breaker that switches electrical connection of an output line from the battery to outside; a power source switch circuit that receives an internal source voltage (VLIB) supplied from the battery, an external source voltage (VEXT) supplied from an external power source, and an boot signal (IG_in) from outside, and switches a source of power that supplies source voltage from the external power source to the battery when at least one of the external source voltage (VEXT) and the boot signal (IG_in) is at a second level; and a control circuit that uses, as power supply, the source voltage that is output from the power source switch circuit, and controls operation of the breaker and of the power source switch circuit, wherein the control circuit turns OFF the breaker and stops the supply of the source voltage when a period in which the external source voltage (VEXT) or the boot signal (IG_in) is at the second level exceeds a predetermined threshold.
A method of rotationally coupling antennas comprising: coupling a first spindle (215-a; 215-b; 215c) to a first antenna (141; 141a; 141b); coupling a second spindle (225-a; 225-b; 225-c) to a second antenna (142; 142-a; 142-b); coupling a first pair of link arms (310-a) between the first spindle and a third spindle (335-a; 335-b), wherein a link arm (330-a-1; 330-a-2) of the first pair of link arms is coupled to the third spindle at a location on the third spindle a first radial distance from a spindle axis (336-a) of the third spindle; coupling a second pair of link arms (320-a) between the second spindle and the third spindle, wherein a link arm (330-b-1; 330-b-2) of the second pair of link arms is coupled to the third spindle at a location on the third spindle at a second radial distance from the spindle axis of the third spindle; and coupling a drive element to the third spindle to simultaneously rotate the first antenna via the first pair of link arms and the second antenna via the second pair of link arms. coupling a first spindle (215-a; 215-b; 215c) to a first antenna (141; 141a; 141b); coupling a second spindle (225-a; 225-b; 225-c) to a second antenna (142; 142-a; 142-b); coupling a first pair of link arms (310-a) between the first spindle and a third spindle (335-a; 335-b), wherein a link arm (330-a-1; 330-a-2) of the first pair of link arms is coupled to the third spindle at a location on the third spindle a first radial distance from a spindle axis (336-a) of the third spindle; coupling a second pair of link arms (320-a) between the second spindle and the third spindle, wherein a link arm (330-b-1; 330-b-2) of the second pair of link arms is coupled to the third spindle at a location on the third spindle at a second radial distance from the spindle axis of the third spindle; and coupling a drive element to the third spindle to simultaneously rotate the first antenna via the first pair of link arms and the second antenna via the second pair of link arms.
A process for producing an aqueous chlorous acid solution for use as disinfectant, comprising the steps of: reacting an aqueous sodium chlorate solution with a volume and concentration of sulfuric acid or aqueous solution thereof appropriate for maintaining pH of said aqueous solution at 2.3 to 3.4, thereby generating chloric acid, and subsequently adding thereto at least an amount of hydrogen peroxide required for reducing said chloric acid to produce chlorous acid. reacting an aqueous sodium chlorate solution with a volume and concentration of sulfuric acid or aqueous solution thereof appropriate for maintaining pH of said aqueous solution at 2.3 to 3.4, thereby generating chloric acid, and subsequently adding thereto at least an amount of hydrogen peroxide required for reducing said chloric acid to produce chlorous acid.
Household appliance for the care of laundry items, with a dispensing tray and a suds container, which is connected to the dispensing tray via at least one supply duct (4a, 4b), wherein a vapour barrier device (17a, 17b) is formed in a curved line section (18a, 18b) in the supply duct (4a, 4b), characterised in that a ventilating channel is formed in the line section (18a, 18b) and opens into a first end of the line section (18a, 18b) and is separated at the first end from a supply channel associated with the vapour barrier device (17a, 17b) for supplying liquid medium from the dispensing tray to the suds container.
A combination of Lactobacillus rhamnosus and Bifidobacterium animalis subsp. lactis for use in reducing the duration and/or the severity of upper respiratory tract infection in teenagers and adults having upper respiratory tract infection.
An aircraft including a scaffolding apparatus comprising: a beam defining a length between a first end of the beam and a second end of the beam opposite the first end, the length of the beam to span between a first side of a fuselage portion of the aircraft and a second side of the fuselage portion opposite the first side; a first connector coupled to the first end of the beam, the first connector to engage a first stringer on the first side of the fuselage portion to couple the first end of the beam to the fuselage portion; and a second connector coupled to the second end of the beam, the second connector to engage a second stringer on the second side of the fuselage portion to couple the second end of the beam to the fuselage portion; wherein the first connector includes a first support plate and a first hook, and wherein the first hook hooks onto the first stringer of the fuselage portion to couple the first end of the beam to the fuselage portion. a beam defining a length between a first end of the beam and a second end of the beam opposite the first end, the length of the beam to span between a first side of a fuselage portion of the aircraft and a second side of the fuselage portion opposite the first side; a first connector coupled to the first end of the beam, the first connector to engage a first stringer on the first side of the fuselage portion to couple the first end of the beam to the fuselage portion; and a second connector coupled to the second end of the beam, the second connector to engage a second stringer on the second side of the fuselage portion to couple the second end of the beam to the fuselage portion; wherein the first connector includes a first support plate and a first hook, and wherein the first hook hooks onto the first stringer of the fuselage portion to couple the first end of the beam to the fuselage portion.
A device for defining the border of a volume of tissue having a proximal portion and a distal portion, the device comprising: at least one locator element having proximal and distal portions (210, 220), the distal portion of the locator element adapted to penetrate tissue proximal to the tissue volume and follow a path to include the distal most portion of the tissue volume, such that the tissue volume is surrounded by the locator element, wherein the distal portion of the locator element is visible under ultrasound, characterised in that the distal portion of the locator element has a cross-sectional profile in which its width is larger than its thickness. at least one locator element having proximal and distal portions (210, 220), the distal portion of the locator element adapted to penetrate tissue proximal to the tissue volume and follow a path to include the distal most portion of the tissue volume, such that the tissue volume is surrounded by the locator element, wherein the distal portion of the locator element is visible under ultrasound, characterised in that the distal portion of the locator element has a cross-sectional profile in which its width is larger than its thickness.
A vehicle power plant control apparatus for controlling an operation of a vehicle power plant by operating a plurality of actuators, comprising: a first controller configured as a target value tracking controller which calculates a manipulation quantity of the actuators so that a plurality of state quantities of the power plant track respective target values, using an equation including an integrator for integrating a deviation between the state quantity and the target value; a second controller different from the first controller and calculating a manipulation quantity of the actuators; a selector for selecting the controller to be used for the manipulation of the actuators; and an arithmetic processing unit for inversely calculating an initial value of the integrator when the controller selected by the selector is switched from the second controller to the first controller so that, in a state equation of a plant model of the power plant using the state quantity as a state vector and the manipulation quantity as an input vector, a differential of the state vector immediately before the switching is equal to a differential of the state vector immediately after the switching. a first controller configured as a target value tracking controller which calculates a manipulation quantity of the actuators so that a plurality of state quantities of the power plant track respective target values, using an equation including an integrator for integrating a deviation between the state quantity and the target value; a second controller different from the first controller and calculating a manipulation quantity of the actuators; a selector for selecting the controller to be used for the manipulation of the actuators; and an arithmetic processing unit for inversely calculating an initial value of the integrator when the controller selected by the selector is switched from the second controller to the first controller so that, in a state equation of a plant model of the power plant using the state quantity as a state vector and the manipulation quantity as an input vector, a differential of the state vector immediately before the switching is equal to a differential of the state vector immediately after the switching.
Water filter cartridge (31, 53) with a filter output side connecting element (4, 57) for connection to a connecting element of a water tank, characterized in that the filter output side connecting element comprises an inner circumferential surface having a polygonal contour forming a sealing surface, wherein the filter output side connecting element is a shaped seal, whose inner surface forms the sealing surface which can be fixed and sealingly attached to a tank-side filter connecting element.
A bicycle handle grip, in particular for mounting on a carbon handlebar, comprising a sleeve for attachment onto the bicycle handle grip, a grip element surrounding the sleeve, a clamping element surrounding the bicycle handlebar in a mounted state, and a securing element arranged within the clamping element between an inner side of the clamping element and the bicycle handlebar, wherein the securing element is formed as a separate component being independent of the sleeve, characterized in that the securing element comprises a lug facing radially outward, which protrudes into a recess in the clamping element for position definition in longitudinal direction.
An apparatus for reducing replays in an out-of-order processor, the apparatus comprising: a first reservation station, configured to dispatch a first load micro instruction, and configured to detect and indicate on a hold bus if said first load micro instruction is one of a plurality of specified load instructions directed to one of a plurality of non-core resources; a second reservation station, coupled to said hold bus, configured to dispatch one or more younger micro instructions therein that depend on said first load micro instruction for execution after a first number of clock cycles following dispatch of said first load micro instruction, and if it is indicated on said hold bus that said first load micro instruction is said one of a plurality of specified load instructions, said second reservation station is configured to stall dispatch of said one or more younger micro instructions until said first load micro instruction has retrieved said operand, and is configured to preclude assertion of any indications that would otherwise result in a replay event; load execution logic, coupled to said first reservation station, configured to receive and execute said first load micro instruction; and said plurality of non-core resources, comprising: an off-core cache memory, configured to store memory operands which may have been cached from a system memory that are not present in one or more on-core cache memories. a first reservation station, configured to dispatch a first load micro instruction, and configured to detect and indicate on a hold bus if said first load micro instruction is one of a plurality of specified load instructions directed to one of a plurality of non-core resources; a second reservation station, coupled to said hold bus, configured to dispatch one or more younger micro instructions therein that depend on said first load micro instruction for execution after a first number of clock cycles following dispatch of said first load micro instruction, and if it is indicated on said hold bus that said first load micro instruction is said one of a plurality of specified load instructions, said second reservation station is configured to stall dispatch of said one or more younger micro instructions until said first load micro instruction has retrieved said operand, and is configured to preclude assertion of any indications that would otherwise result in a replay event; load execution logic, coupled to said first reservation station, configured to receive and execute said first load micro instruction; and said plurality of non-core resources, comprising: an off-core cache memory, configured to store memory operands which may have been cached from a system memory that are not present in one or more on-core cache memories.
A process for the preparation of a molded article including the steps of: forming a stack of laminate material; providing an isostatic pressurizing means; placing the stack of laminate material in a mold, the mold having a sliding sealing section, and a base profile section having a circumferential upwardly extending side wall with an inner face and a base profile surface; the circumferential upwardly extending side wall of the base profile section having an internal dimension that is greater than an outer dimension of the laminate stack to be consolidated; placing the mold into a flexible membrane; placing the mold in a plastic bag and sealing; applying an isostatic pressure to the external surfaces of the sliding sealing section; wherein the sliding sealing section forms a sliding fit with the inner face of the circumferential upwardly extending side wall under the isostatic pressure. forming a stack of laminate material; providing an isostatic pressurizing means; placing the stack of laminate material in a mold, the mold having a sliding sealing section, and a base profile section having a circumferential upwardly extending side wall with an inner face and a base profile surface; the circumferential upwardly extending side wall of the base profile section having an internal dimension that is greater than an outer dimension of the laminate stack to be consolidated; placing the mold into a flexible membrane; placing the mold in a plastic bag and sealing; applying an isostatic pressure to the external surfaces of the sliding sealing section; wherein the sliding sealing section forms a sliding fit with the inner face of the circumferential upwardly extending side wall under the isostatic pressure.