mhurhangee/patent-ind-claim-en huggingface dataset:
Age-tailored nutritional composition system comprising: - at least one nutritional composition A that is administered to an infant from birth and until 3-6 months of life of said infant, - at least one nutritional composition B that is administered to an infant from 3-6 months and until 1 year of life of said infant, - at least one nutritional composition C that is administered after the first year of life of the young child, wherein the nutritional compositions A, B and C are sequentially administered to the infant/young child; wherein said nutritional compositions A and B comprise an amount of protein between 1.5 and 3.0 g/100kcal; wherein the amount of protein of the nutritional composition(s) B is lower than the amount of protein of the nutritional composition(s) A; and wherein the amount of protein of the nutritional composition C is at least 1.3 g/100kcal but is lower than the amount of protein of the nutritional compositions A and B, wherein the amount of protein of the at least one nutritional composition C is comprised between 1.3 and 1.5 g/100kcal, for use in an infant or young child to reduce the risk of developing obesity later in said infant's or young child's life or to reduce the IGF-1 level. - at least one nutritional composition A that is administered to an infant from birth and until 3-6 months of life of said infant, - at least one nutritional composition B that is administered to an infant from 3-6 months and until 1 year of life of said infant, - at least one nutritional composition C that is administered after the first year of life of the young child,
A method of controlling beam transmission from a radio access node, comprising: identifying a number of user equipments, UEs, associated with a same beam set; grouping the identified UEs into one or more groups according to a criterion of the UEs being associated with a same active/monitored set of beams; assigning a same discontinuous reception, DRX, phase to the UEs in each group; and coordinating transmission from the beam set to UEs in the one or more groups based on the assigned DRX phase. identifying a number of user equipments, UEs, associated with a same beam set; grouping the identified UEs into one or more groups according to a criterion of the UEs being associated with a same active/monitored set of beams; assigning a same discontinuous reception, DRX, phase to the UEs in each group; and coordinating transmission from the beam set to UEs in the one or more groups based on the assigned DRX phase.
Method for observing or monitoring flames in a combustion chamber of a heater which is operated with hydrogen or a hydrogen-containing fuel gas, wherein a temperature (TM) is measured at at least one measuring point in or on the combustion chamber , wherein in addition the temperature (TB) at the measuring point is calculated by using a mathematical model from other physical operating data (PB) measured or predetermined at the heater , and wherein the measured temperature (TM) and/or its temporal behaviour (TM') is compared with the calculated temperature (TB, TB'), and in the event of deviations above a threshold value a conclusion is drawn about an ignition or extinguishing of the flames , and wherein the mathematical model takes into account physical properties of the combustion chamber and parameters essential for the combustion, namely the heat capacity of essential components of the combustion chamber as well as the heat conduction and heat transfer rates of materials used and of a temperature sensor used .
A truss footing cutoff device, comprising: a rack ; a fixed blade holder fixed on the rack , wherein two fixed blades are symmetrically arranged on the fixed blade holder , the fixed blade holder is configured to support a truss , and each of the two fixed blades is configured to support a truss footing of the truss ; two cutoff arms symmetrically mounted on the rack , wherein each of the two cutoff arms is provided with a movable blade ; and a driving member mounted on the rack and configured to drive the two cutoff arms to move, so that the each of the two cutoff arms drives the movable blade to get close to a respective one of the two fixed blades , and the movable blade cooperates with the respective one of the two fixed blades to cut off the truss footing . a rack ; a fixed blade holder fixed on the rack , wherein two fixed blades are symmetrically arranged on the fixed blade holder , the fixed blade holder is configured to support a truss , and each of the two fixed blades is configured to support a truss footing of the truss ; two cutoff arms symmetrically mounted on the rack , wherein each of the two cutoff arms is provided with a movable blade ; and a driving member mounted on the rack and configured to drive the two cutoff arms to move, so that the each of the two cutoff arms drives the movable blade to get close to a respective one of the two fixed blades , and the movable blade cooperates with the respective one of the two fixed blades to cut off the truss footing .
A buffer for a voltage-controlled oscillator, VCO, comprising: a first inverter stage having an input node configured to receive a first complementary signal of a differential pair; a second inverter stage having an input node configured to receive a second complementary signal of the differential pair; a biasing stage replicating the first inverter stage or the second inverter stage, wherein an output node of the biasing stage is connected with an input node of the biasing stage ; a first impedance coupled between the input node of the first inverter stage and the input node of the biasing stage ; and a second impedance coupled between the input node of the second inverter stage and the input node of the biasing stage. a first inverter stage having an input node configured to receive a first complementary signal of a differential pair; a second inverter stage having an input node configured to receive a second complementary signal of the differential pair; a biasing stage replicating the first inverter stage or the second inverter stage, wherein an output node of the biasing stage is connected with an input node of the biasing stage ; a first impedance coupled between the input node of the first inverter stage and the input node of the biasing stage ; and a second impedance coupled between the input node of the second inverter stage and the input node of the biasing stage.
A needle comprising: a hollow shaft ; a tip formed at one end of the shaft ; at least one port in fluid communication with the interior of the hollow shaft ; and a closure ; wherein the closure and/or the shaft is movable between (i) a first position characterized in that the closure closes the at least one port , and (ii) a second position opening the at least one port , characterized in that the closure is biased in a direction from the second position toward the first position to normally close the at least one port .
A coated medical device comprising: a medical device comprising a support surface; wherein the support surface bears a coating comprising a polymer layer attached thereto by a degradable linking agent; wherein the degradable linking agent has the formula wherein Photo 1 and Photo 2 , independently, represent one or more photoreactive groups comprising benzophenone, wherein R is phenyl, methyl, ethyl, isopropyl, t-butyl, hydroxyl or a salt thereof, wherein a first photoreactive group of the linking agent, when activated in the presence of the support surface, is able to attach the linking agent to the support surface, and a second photoreactive group of the linking agent, when activated in the presence of a coating agent, is able to attach the coating the surface. a medical device comprising a support surface; wherein the support surface bears a coating comprising a polymer layer attached thereto by a degradable linking agent; wherein the degradable linking agent has the formula wherein Photo 1 and Photo 2 , independently, represent one or more photoreactive groups comprising benzophenone, wherein R is phenyl, methyl, ethyl, isopropyl, t-butyl, hydroxyl or a salt thereof, wherein a first photoreactive group of the linking agent, when activated in the presence of the support surface, is able to attach the linking agent to the support surface, and a second photoreactive group of the linking agent, when activated in the presence of a coating agent, is able to attach the coating the surface.
A method for generating cryptographic key pairs in public key cryptography, the method comprising: randomly generating a table having a plurality of table entries, each table entry comprising a plurality of group elements, each group element in a table entry of the plurality of table entries having a same discrete logarithm to a corresponding base, the corresponding bases of the discrete logarithms being the same for each table entry; randomly selecting table entries from the plurality of the table entries of the randomly generated table; computing intermediate table entries from combinations of the selected table entries, each intermediate group element in an intermediate table entry having a same discrete logarithm to a corresponding base, and the corresponding bases of the discrete logarithms of the intermediate group elements being the same as for the table entries; replacing the selected table entries with randomly selected intermediate table entries to produce an updated table; and randomly selecting a table entry of the updated table and providing it as a cryptographic key pair. randomly generating a table having a plurality of table entries, each table entry comprising a plurality of group elements, each group element in a table entry of the plurality of table entries having a same discrete logarithm to a corresponding base, the corresponding bases of the discrete logarithms being the same for each table entry; randomly selecting table entries from the plurality of the table entries of the randomly generated table; computing intermediate table entries from combinations of the selected table entries, each intermediate group element in an intermediate table entry having a same discrete logarithm to a corresponding base, and the corresponding bases of the discrete logarithms of the intermediate group elements being the same as for the table entries; replacing the selected table entries with randomly selected intermediate table entries to produce an updated table; and randomly selecting a table entry of the updated table and providing it as a cryptographic key pair.
Oleodynamic plugging machine that is a device for the execution of plugging intervention on a pressure fluid supply pipe in service, said machine comprising a plug , a cylindrical steel casing flanged in its lower side to be fastened on fittings or valves that are welded to the pipe, a first hydraulic piston which energizes a plug insertion rod in form of a steel rod that launches i.e. inserts the plug inside the intervention pipe, with an inner hydraulic piston inside the plug ; two steel taper disks comprising a movable steel tapered disk and a fixed disk , that, when the inner hydraulic piston is operated, are brought near causing the compression in radius direction of a rubber gasket torus shaped so that when the movable steel tapered disk gets nearer to the fixed disk so it makes the rubber gasket torus between them expand radially to engage the inner pipe wall; wherein said plug insertion rod is axially arranged inside said steel casing and in use extends inside said fitting or valve , and the plug is hinged to the lower end of a round steel structure; and said round steel structure is fixed to the lower end of said plug insertion rod , which is inserted during operations in a hole made in the pipe so as to avoid the plug to be displaced when inside the pipe; the oleodynamic plugging machine being characterised in that the first hydraulic piston is assembled on four columns over the top of the casing and further being characterised by a set of movable steel plates which are attached in radial direction on the tapered surface of the movable steel tapered disk so that, when the movable steel tapered disk moves towards the fixed disk , the steel plates follow the expansion of the rubber gasket torus to which they are attached in a radial direction such that their function is to avoid that the rubber gasket torus is extruded, that is extracted from its place by the fluid pressure.
A bolt carrier assembly, comprising: a bolt comprising an extractor and an extractor spring ; an extractor pin disposed in the bolt , the extractor pin comprising first and second ends and a central portion that extends between the first and second ends , wherein a diameter of each of the first and second ends is larger than a diameter of the central portion ; a bolt carrier with an unlocking cam surface ; wherein the unlocking cam surface is arranged such that when the bolt , relative to the bolt carrier , is in its most forward unlocked position, the extractor pin is fully exposed and not retained by the bolt carrier ; and wherein the extractor and the extractor spring cooperate to provide a force on the extractor pin that misaligns the extractor pin with a hole in the extractor such that the extractor pin , being stepped and in combination with the extractor spring and the extractor , acts as a detent to retain the extractor pin in the bolt . a bolt comprising an extractor and an extractor spring ; an extractor pin disposed in the bolt , the extractor pin comprising first and second ends and a central portion that extends between the first and second ends , wherein a diameter of each of the first and second ends is larger than a diameter of the central portion ; a bolt carrier with an unlocking cam surface ; wherein the unlocking cam surface is arranged such that when the bolt , relative to the bolt carrier , is in its most forward unlocked position, the extractor pin is fully exposed and not retained by the bolt carrier ; and wherein the extractor and the extractor spring cooperate to provide a force on the extractor pin that misaligns the extractor pin with a hole in the extractor such that the extractor pin , being stepped and in combination with the extractor spring and the extractor , acts as a detent to retain the extractor pin in the bolt .
A method for transmitting data stream packets within a wireless communication network, said wireless communication network comprising multiple nodes subscribed to one or more streams Fi and sharing one or more resources RBi for transmitting these streams with possibilities of a collision, one or more nodes acting as a packet sending source of one or more different streams, each stream Fi having a resource allocation signature Si drawn from a set G(Si) of available signatures Si, each resource Ri having an occupancy rate n corresponding to a number of allocated streams, characterised in that it contains at least the following steps: at at least one node: - computing, from the signatures Si of the streams Fi to which the node is subscribed and for each of these streams Fi, the reserved resources RBres in which there is no collision, and the potentially competing resources RBcomp, in which collisions are possible, - checking whether the current resource RB is reserved or whether it is competing, - if the current resource RBres is reserved , - if the node is the packet transmission source or if the node has already correctly decoded the packet, transmitting the packet of the stream associated with the resource, , - if not, attempting to decode the packet of the stream and, if the decoding is correct, storing the decoded packet in the memory, - if the current resource RBcomp is competing, applying a method for managing stream collisions on the resources where the occupancy rate n is greater than one, . - computing, from the signatures Si of the streams Fi to which the node is subscribed and for each of these streams Fi, the reserved resources RBres in which there is no collision, and the potentially competing resources RBcomp, in which collisions are possible, - checking whether the current resource RB is reserved or whether it is competing, - if the current resource RBres is reserved , - if the node is the packet transmission source or if the node has already correctly decoded the packet, transmitting the packet of the stream associated with the resource, , - if not, attempting to decode the packet of the stream and, if the decoding is correct, storing the decoded packet in the memory, - if the current resource RBcomp is competing, applying a method for managing stream collisions on the resources where the occupancy rate n is greater than one, .
A male connector (100a; 100a') comprising: a male body , including: an outer face including a first curved surface (111a1), and a housing space on an inner side of the first curved surface of the male body; and a male conductor , the male conductor including a functional part , wherein the functional part is one of a male communication antenna, a male power-transmission antenna, and a male power-reception antenna, the housing space is an enclosed space inside the male body, the male body further includes a second curved surface being a wall surface of the housing space , the second curved surface curving in correspondence with the shape of the first curved surface (111a1) and having an insulation property, characterised in that : the male conductor is disposed inside the housing space, and in that the functional part of the male conductor is disposed on a part of the second curved surface within the housing space and curves in correspondence with the shape of the first curved surface such that every point on the functional part of the male conductor is located at the same distance to said first curved surface (111a1). a male body , including: an outer face including a first curved surface (111a1), and a housing space on an inner side of the first curved surface of the male body; and an outer face including a first curved surface (111a1), and a housing space on an inner side of the first curved surface of the male body; and a male conductor , the male conductor including a functional part , wherein the functional part is one of a male communication antenna, a male power-transmission antenna, and a male power-reception antenna, the housing space is an enclosed space inside the male body, the male body further includes a second curved surface being a wall surface of the housing space , the second curved surface curving in correspondence with the shape of the first curved surface (111a1) and having an insulation property, characterised in that : the male conductor is disposed inside the housing space, and in that the functional part of the male conductor is disposed on a part of the second curved surface within the housing space and curves in correspondence with the shape of the first curved surface such that every point on the functional part of the male conductor is located at the same distance to said first curved surface (111a1). the male conductor is disposed inside the housing space, and in that the functional part of the male conductor is disposed on a part of the second curved surface within the housing space and curves in correspondence with the shape of the first curved surface such that every point on the functional part of the male conductor is located at the same distance to said first curved surface (111a1).
A method of verifying partial data based on collective certificate, comprising steps of a) at a provider-end computer apparatus , receiving a request of data from a request-end computer apparatus , wherein the request of data requests for provision of a requested part of a data cluster; characterised by b) retrieving the data cluster designated in the request of data; c) executing a first fingerprint process on an unrequested part of the data cluster, which includes everything in the data cluster other than the requested part so as to obtain an unrequested data fingerprint; d) returning the requested part of the data cluster and the unrequested data fingerprint to the request-end computer apparatus ; e) at the request-end computer apparatus , retrieving a trusty collective data fingerprint of the data cluster, wherein the trusty collective data fingerprint is generated based on the entire data cluster; f) executing the first fingerprint process on the requested part of the data cluster for obtaining a request data fingerprint; g) executing a merging process on the unrequested data fingerprint and the request data fingerprint for obtaining a merges collective data fingerprint; and h) when the merged collective data fingerprint is consistent with the trusty collective data fingerprint, determining that the requested part of the data cluster is correct. a) at a provider-end computer apparatus , receiving a request of data from a request-end computer apparatus , wherein the request of data requests for provision of a requested part of a data cluster; characterised by b) retrieving the data cluster designated in the request of data; c) executing a first fingerprint process on an unrequested part of the data cluster, which includes everything in the data cluster other than the requested part so as to obtain an unrequested data fingerprint; d) returning the requested part of the data cluster and the unrequested data fingerprint to the request-end computer apparatus ; e) at the request-end computer apparatus , retrieving a trusty collective data fingerprint of the data cluster, wherein the trusty collective data fingerprint is generated based on the entire data cluster; f) executing the first fingerprint process on the requested part of the data cluster for obtaining a request data fingerprint; g) executing a merging process on the unrequested data fingerprint and the request data fingerprint for obtaining a merges collective data fingerprint; and h) when the merged collective data fingerprint is consistent with the trusty collective data fingerprint, determining that the requested part of the data cluster is correct.
A method for informing a user about a condition of human hair, comprising: a) obtaining via a measuring device measurement data about a zone under evaluation, wherein the measuring device is configured to generate measurement data relating to the hair condition, the measuring device being sensitive to friction and providing a coefficient of friction of hair; b) shaping the measurement data to obtain shaped data, the shaping comprising generating data based on a comparison of the measurement data with reference data relating to various degrees of damages to hair surface; and characterised by c) generating, in real time, based on the shaped data a sound user signal and/or tactile user signal to be perceived by the user, a frequency of the user signal depending on said shaped data. a) obtaining via a measuring device measurement data about a zone under evaluation, wherein the measuring device is configured to generate measurement data relating to the hair condition, the measuring device being sensitive to friction and providing a coefficient of friction of hair; b) shaping the measurement data to obtain shaped data, the shaping comprising generating data based on a comparison of the measurement data with reference data relating to various degrees of damages to hair surface; and characterised by c) generating, in real time, based on the shaped data a sound user signal and/or tactile user signal to be perceived by the user, a frequency of the user signal depending on said shaped data.