mhurhangee/ep-ind-claims huggingface dataset:
A kit of parts comprising 2 to 100 containers enclosed in a single packaging or interconnected by breakable interconnectors, each container containing an infant formula, wherein each infant formula is in a form suitable for administration to an infant and/or toddler or in a form suitable for administration to an infant and/or toddler after admixing with an aqueous liquid, wherein the kit of parts comprises at least two different infant formulas which differ from each other in taste and/or flavour by having a different protein fraction or by being a fermented infant formula, wherein each of the different protein fractions is selected from the group consisting of intact milk proteins including cow milk proteins, intact plant proteins including soy protein, hydrolysed proteins, free amino acids, or mixtures of two or more thereof.
A device having a stent structure which is intended for insertion into intracranial blood vessels of the human or animal body, wherein the stent structure has an expanded state in which it is capable of abutting the inner wall of the blood vessel and a compressed state in which it is movable through the blood vessel when the stent structure is inside a microcatheter, wherein the stent structure is connected to an insertion aid and wherein the stent structure is capable of automatically transitioning into the expanded state upon release from the microcatheter, wherein the stent structure has electrical conductors via which electrical pulses or high-frequency pulses can be applied to nerve fibres extending in the vessel wall of the blood vessel in order to temporarily or permanently reduce the function of the nerve fibres and to prevent or treat vasospasm, and wherein the stent structure has a spine which runs from proximal to distal, from which struts originate which have electrical conductors, which struts, in the expanded state, form the circumference of the stent structure, wherein pairs of electrical or high-frequency electrodes connected to the electrical conductors are arranged on the circumference of the stent structure in such a manner that the electrodes in the expanded state and implanted in the blood vessel are spaced apart by a gap so that an applied current flow to the electrodes acts across the gap on the inner wall of the blood vessel.
A method for determining a gain of a Raman optical amplifier, wherein the method comprises in the following order: establishing for each of at least two monitoring channels, a correspondence between a gain of the monitoring channel of the Raman optical amplifier and gain parameter information of the Raman optical amplifier; wherein the monitoring channel includes a transmission channel, wherein the transmission channel has a gain corresponding to an output-power peak value and a gain corresponding to an output-power trough value of the Raman optical amplifier; acquiring present said gain parameter information of the Raman optical amplifier, wherein the present said gain parameter information is determined by out-of-band amplified spontaneous emission ASE noise power information of the Raman optical amplifier, pump light power information of each pump source of the Raman optical amplifier, and power information of an output signal of the Raman optical amplifier; and determining a present said gain of each monitoring channel of the Raman optical amplifier according to the present said gain parameter information and the correspondence between the gain of each monitoring channel of the Raman optical amplifier and said gain parameter information. establishing for each of at least two monitoring channels, a correspondence between a gain of the monitoring channel of the Raman optical amplifier and gain parameter information of the Raman optical amplifier; wherein the monitoring channel includes a transmission channel, wherein the transmission channel has a gain corresponding to an output-power peak value and a gain corresponding to an output-power trough value of the Raman optical amplifier; acquiring present said gain parameter information of the Raman optical amplifier, wherein the present said gain parameter information is determined by out-of-band amplified spontaneous emission ASE noise power information of the Raman optical amplifier, pump light power information of each pump source of the Raman optical amplifier, and power information of an output signal of the Raman optical amplifier; and determining a present said gain of each monitoring channel of the Raman optical amplifier according to the present said gain parameter information and the correspondence between the gain of each monitoring channel of the Raman optical amplifier and said gain parameter information.
An apparatus for drying loose wood material, comprising a rotating drum dryer provided with an inlet and an outlet for loose wood material and with an intake port and a discharge port for a first stream (F 1) of heated air, a belt dryer provided with an entry opening and an exit opening for loose wood material and with at least one intake opening and at least one discharge opening for a second stream (F 2) of heated air, conveyor means for transferring the loose wood material, which are interposed between said drum dryer and said belt dryer, and means for conveying the first stream (F 1) in output from said discharge port toward said at least one intake opening, wherein said belt dryer comprises a conveyor belt which is permeable to air, is interposed between said at least one intake opening and said at least one discharge opening, and is adapted to filter said second stream (F 2) for direct introduction into the environment, and wherein said at least one intake opening and said at least one discharge opening are arranged respectively above and below said conveyor belt. a rotating drum dryer provided with an inlet and an outlet for loose wood material and with an intake port and a discharge port for a first stream (F 1) of heated air, a belt dryer provided with an entry opening and an exit opening for loose wood material and with at least one intake opening and at least one discharge opening for a second stream (F 2) of heated air, conveyor means for transferring the loose wood material, which are interposed between said drum dryer and said belt dryer, and means for conveying the first stream (F 1) in output from said discharge port toward said at least one intake opening, wherein said belt dryer comprises a conveyor belt which is permeable to air, is interposed between said at least one intake opening and said at least one discharge opening, and is adapted to filter said second stream (F 2) for direct introduction into the environment, and wherein said at least one intake opening and said at least one discharge opening are arranged respectively above and below said conveyor belt.
Transurethral catheter device for bleeding control in pelvic fractures, the catheter device comprising an expandable body assembly with at least one expandable body, wherein the expandable body assembly comprises a proximal portion, a center portion and a distal portion; the expandable body assembly is configured to be expanded from a collapsed state to an expanded state by expanding the at least one expandable body; the expandable body assembly is configured to be inserted into the urinary bladder of a patient via the urethra in the collapsed state; in the expanded state, the proximal portion has a length l 1 and a width w 1, the center portion a length 12 and a width w2, the distal portion a length l 3 and a width w 3, and the expandable body assembly a total length 1; a displacement volume V of the expandable body assembly in the expanded state is larger than 0.5 liters; the width w 2 is smaller than 50% of the width w 3; the width w 1 is larger than a width w̃ 1 of the proximal portion in the collapsed state and the width w 3 is larger than a width w̃ 3 of the distal portion in the collapsed state; and the length l 1 is smaller than 25% of the total length 1, thereby allowing for arranging the expandable body assembly in the expanded state in the urinary bladder such that the proximal portion is adjacent to the internal urethral orifice of the urinary bladder and the center portion is adjacent to the ureter orifices of the urinary bladder, but not in contact with the ureter orifices. the expandable body assembly comprises a proximal portion, a center portion and a distal portion; the expandable body assembly is configured to be expanded from a collapsed state to an expanded state by expanding the at least one expandable body; the expandable body assembly is configured to be inserted into the urinary bladder of a patient via the urethra in the collapsed state; in the expanded state, the proximal portion has a length l 1 and a width w 1, the center portion a length 12 and a width w2, the distal portion a length l 3 and a width w 3, and the expandable body assembly a total length 1; a displacement volume V of the expandable body assembly in the expanded state is larger than 0.5 liters; the width w 2 is smaller than 50% of the width w 3; the width w 1 is larger than a width w̃ 1 of the proximal portion in the collapsed state and the width w 3 is larger than a width w̃ 3 of the distal portion in the collapsed state; and the length l 1 is smaller than 25% of the total length 1,
A path determining method, comprising: determining N 1 first-type nodes from N nodes comprised in a first network topology, wherein the N nodes comprise the N 1 first-type nodes and N 2 second-type nodes, the first-type node supports segment routing over internet protocol version 6, SRv6, N 1 is a positive integer greater than or equal to 2, and N 2 is a positive integer greater than or equal to 1; determining a second network topology corresponding to the first network topology, wherein the second network topology comprises the N 1 first-type nodes but does not comprise the N 2 second-type nodes, a target topology structure comprises M first-type target paths, an i th first-type target path in the M first-type target paths corresponds to K i paths in the first network topology, a source node and a destination node of the K i paths are the same as a source node and a destination node of the i th first-type target path, each of the K i paths comprises at least one second-type node, M is a positive integer greater than or equal to 1, i = 1,..., or M, and K i is a positive integer greater than or equal to 2; determining transmission overheads of the M first-type target paths, wherein a transmission overhead of the i th first type target path is a smallest value of transmission overheads of the K i paths; and performing path computation based on the transmission overheads of the M first-type target paths and the second network topology. determining N 1 first-type nodes from N nodes comprised in a first network topology, wherein the N nodes comprise the N 1 first-type nodes and N 2 second-type nodes, the first-type node supports segment routing over internet protocol version 6, SRv6, N 1 is a positive integer greater than or equal to 2, and N 2 is a positive integer greater than or equal to 1; determining a second network topology corresponding to the first network topology, wherein the second network topology comprises the N 1 first-type nodes but does not comprise the N 2 second-type nodes, a target topology structure comprises M first-type target paths, an i th first-type target path in the M first-type target paths corresponds to K i paths in the first network topology, a source node and a destination node of the K i paths are the same as a source node and a destination node of the i th first-type target path, each of the K i paths comprises at least one second-type node, M is a positive integer greater than or equal to 1, i = 1,..., or M, and K i is a positive integer greater than or equal to 2; determining transmission overheads of the M first-type target paths, wherein a transmission overhead of the i th first type target path is a smallest value of transmission overheads of the K i paths; and performing path computation based on the transmission overheads of the M first-type target paths and the second network topology.
A compression moulding method for realising thermoplastic products, being not of polymeric foam, comprising: - providing a mould comprising at least a bottom die defining an internal cavity and at least a punch, wherein the surface of cavity of the bottom die and the surface of punch together define a forming chamber, - inserting a dose of granular material comprising granules of thermoplastic polymers internally of a chamber of the mould, wherein the dose comprises a quantity of granules of thermoplastic polymers having a lower melting point than other granules of the dose; - at least a portion of an external surface of the dose being covered with a film, which film comprises at least an opaque portion such as visually to hide the material covered thereby, - compression of granular material and film contained in the chamber of the mould by penetrating the punch into the cavity to reduce the volume of the forming chamber until the chamber reaches a volume and shape corresponding to the final shape desired for the product, - heating an internal surface of the chamber of the mould up to a temperature lower than the melting point of the film, so to cause the heating of the material placed inside the forming chamber by heat transmitted to the material by the heated surface of the chamber, during the compression moulding, up to producing a softening of the thermoplastic granules at least of the granules of thermoplastic polymers having the lowest melting point comprised in a most external layer of the dose of granular material compressed in the chamber. - providing a mould comprising at least a bottom die defining an internal cavity and at least a punch, wherein the surface of cavity of the bottom die and the surface of punch together define a forming chamber, - inserting a dose of granular material comprising granules of thermoplastic polymers internally of a chamber of the mould, wherein the dose comprises a quantity of granules of thermoplastic polymers having a lower melting point than other granules of the dose; - at least a portion of an external surface of the dose being covered with a film, which film comprises at least an opaque portion such as visually to hide the material covered thereby, - compression of granular material and film contained in the chamber of the mould by penetrating the punch into the cavity to reduce the volume of the forming chamber until the chamber reaches a volume and shape corresponding to the final shape desired for the product, - heating an internal surface of the chamber of the mould up to a temperature lower than the melting point of the film, so to cause the heating of the material placed inside the forming chamber by heat transmitted to the material by the heated surface of the chamber, during the compression moulding, up to producing a softening of the thermoplastic granules at least of the granules of thermoplastic polymers having the lowest melting point comprised in a most external layer of the dose of granular material compressed in the chamber.
A device for filling a container in the form of a bottle with a liquid, which is intended in particular for consumption, comprising an attachment for the container opening, wherein said attachment encompasses an opening, through which the liquid can be supplied to the container, comprising at least one balloon-type body, which is liquid-tight as well as gas-tight with respect to the liquid, as well as comprising an elongate support, which is assigned to the balloon-type body and which is arranged at the attachment, wherein the support together with the at least one balloon-type body can initially be inserted into the empty container for filling purposes, wherein the at least one balloon-type body can subsequently be filled and inflated by means of an expansion medium, so that the balloon-type body fills the interior of the container, and wherein the expansion medium is finally allowed to escape from the balloon-type body again, so that the liquid to be filled in can be supplied into the space between the balloon-type body and the container, which was created in this manner, characterised in that the attachment is a cap, which can be attached to the container opening and which rests on the container opening in a liquid-tight manner after being attached, that the balloon-type body is fastened tightly to the cap by means of its upper circumferential edge and that the lateral opening, which is provided in the cap, ends laterally in the balloon-type body for supplying the liquid.
An aminoplastic-nonwoven impregnate having a residual moisture of at least 4.0 % by weight (determined in accordance with standard EN 20287, as described in the Description), comprising, relative to the total weight of the aminoplastic-nonwoven impregnate in each case, a) 15.0 % by weight to 60.0 % by weight of a partially cured amino resin and b) 40.0 % by weight to 85.0 % by weight of a nonwoven, characterised in that the nonwoven comprises polyester fibres and polyamide fibres. a) 15.0 % by weight to 60.0 % by weight of a partially cured amino resin and b) 40.0 % by weight to 85.0 % by weight of a nonwoven, characterised in that the nonwoven comprises polyester fibres and polyamide fibres.
A method of operating a user equipment, UE, comprising: establishing communication with a base station; receiving, from the base station, a first slot format indicator, SFI, index, wherein the first SFI index indicates single slot formats for a specified combination of consecutive slots, wherein a single slot format indicates respective transmission directions for each respective symbol of 14 symbols in a single slot; and performing communication during the specified combination of consecutive slots according to the single slot formats for the specified combination of consecutive slots. establishing communication with a base station; receiving, from the base station, a first slot format indicator, SFI, index, wherein the first SFI index indicates single slot formats for a specified combination of consecutive slots, wherein a single slot format indicates respective transmission directions for each respective symbol of 14 symbols in a single slot; and performing communication during the specified combination of consecutive slots according to the single slot formats for the specified combination of consecutive slots.
An apparatus for calculating a precharge resistance of a battery pack, comprising: a load resistor configured to be connected between a battery pack and a precharge resistor in series; a voltage measuring unit configured to measure a no-load voltage in a no-load state in which the load resistor is not connected to the battery pack and a load voltage applied to the load resistor when a current having a predetermined current value flows in the load resistor in a load state in which the load resistor is connected to the battery pack; and a precharge resistance calculating unit configured to calculate a resistance value of a precharge resistor of the battery pack using the no-load voltage of the battery pack, the load voltage, and the predetermined current value, the apparatus further comprising: a switch control unit connected to the battery pack and configured to control a switch connected in series with the precharge resistor to perform an opening or closing operation of a line comprising the precharge resistor, wherein the switch control unit is configured to perform an operation of closing the switch so as to measure the no-load voltage or the load voltage in the no-load state or the load state, characterized in that the precharge resistance calculating unit is further configured to gradually increase the resistance value of the load resistor from 0 ohm in the load state to control the current flowing in the load resistor to have the predetermined current value, wherein the predetermined current value is within a low current range which ensures that the switch is not damaged. a load resistor configured to be connected between a battery pack and a precharge resistor in series; a voltage measuring unit configured to measure a no-load voltage in a no-load state in which the load resistor is not connected to the battery pack and a load voltage applied to the load resistor when a current having a predetermined current value flows in the load resistor in a load state in which the load resistor is connected to the battery pack; and a precharge resistance calculating unit configured to calculate a resistance value of a precharge resistor of the battery pack using the no-load voltage of the battery pack, the load voltage, and the predetermined current value, the apparatus further comprising: a switch control unit connected to the battery pack and configured to control a switch connected in series with the precharge resistor to perform an opening or closing operation of a line comprising the precharge resistor, wherein the switch control unit is configured to perform an operation of closing the switch so as to measure the no-load voltage or the load voltage in the no-load state or the load state, characterized in that the precharge resistance calculating unit is further configured to gradually increase the resistance value of the load resistor from 0 ohm in the load state to control the current flowing in the load resistor to have the predetermined current value, wherein the predetermined current value is within a low current range which ensures that the switch is not damaged.
Device suitable for measuring at least one angle formed by at least one first surface and at least one second surface and conveying this angle or a part of this angle to cutting equipment for the adjustment of at least one cutting angle, said device comprised of at least one first arm and at least one second arm which are connected to each other via at least one connecting device and pivotally arranged in relation to each other via at least one first axis of rotation and that the device includes at least one angle indicator with which the mutual angle between the first arm and the second arm is measured characterized in that the device is comprised of at least one unit which indicates half of the angle between the first arm and the second arm, which indicating unit consists of an adjustment plate which is pivotally connected around the axis of rotation to the first arm's free end and that the adjustment plate via a bracket, positioned at a radial distance from the axis of rotation, is connected to a guide strut or similar, said guide strut being connected to a bracket in the second arm at a radial distance from the axis of rotation.
A treatment regimen including: • α-methyl-DL-tyrosine; • melanotan II; • 5,5-diphenylhydantoin; and • N-[(2S,3R)-3-amino-2-hydroxy-4-phenylbutyryl]-L-leucine, for use in the treatment of hyperglycemia in a human subject. • α-methyl-DL-tyrosine; • melanotan II; • 5,5-diphenylhydantoin; and • N-[(2S,3R)-3-amino-2-hydroxy-4-phenylbutyryl]-L-leucine,