mhurhangee/patent-ind-claim-en huggingface dataset:
A cosmetic container comprising: a storage container for storing a cosmetic content therein; a pump coupled to a top of the storage container and configured to move the cosmetic content stored in the storage container upward; a pressurizing plate coupled to a top of the pump and having a discharge hole to discharge the cosmetic content moved from the pump upward; and a distribution plate disposed on a top of the pressurizing plate and distributing the cosmetic content discharged from the discharge hole outward, wherein the distribution plate comprises at least one incised piece incisedly defined from an edge toward a central area thereof, each of at least one incised piece disposed spaced apart from each other along the edge, and wherein distribution paths are defined by spaces apart from each other, the spaces disposed around the respective incised piece , and the distribution paths distribute the cosmetic content through the spaces, wherein the central area of the distribution plate is spaced apart from the pressurizing plate and the discharge hole in an upward direction, and at least a portion of the central area is convex upward, wherein the central area is configured to be pressurized by a user and to be moved downward and to come into contact with the top of the pressurizing plate . a storage container for storing a cosmetic content therein; a pump coupled to a top of the storage container and configured to move the cosmetic content stored in the storage container upward; a pressurizing plate coupled to a top of the pump and having a discharge hole to discharge the cosmetic content moved from the pump upward; and a distribution plate disposed on a top of the pressurizing plate and distributing the cosmetic content discharged from the discharge hole outward, wherein the distribution plate comprises at least one incised piece incisedly defined from an edge toward a central area thereof, each of at least one incised piece disposed spaced apart from each other along the edge, and wherein distribution paths are defined by spaces apart from each other, the spaces disposed around the respective incised piece , and the distribution paths distribute the cosmetic content through the spaces, wherein the central area of the distribution plate is spaced apart from the pressurizing plate and the discharge hole in an upward direction, and at least a portion of the central area is convex upward, wherein the central area is configured to be pressurized by a user and to be moved downward and to come into contact with the top of the pressurizing plate .
A rotating device to be used in a liquid analyzing device, comprising: a carrier having at least one pivot center (C); at least one rotating plate rotatably connected with the carrier and adapted for containing a test liquid; and a driving unit connected with the at least one rotating plate , characterized in that the at least one rotating plate or the driving unit comprises at least one stopping portion for contacting the carrier , wherein the driving unit is configured to drive the at least one rotating plate to rotate relative to the carrier along a first rotation direction (R1) so that the at least one stopping portion moves to a first position (P1) on the carrier , where the stopping portion interferes with the carrier , the driving unit is configured to apply driving force to the carrier along the first rotation direction (R1) through the at least one stopping portion and is configured to cause the carrier to rotate along the first rotation direction (R1). a carrier having at least one pivot center (C); at least one rotating plate rotatably connected with the carrier and adapted for containing a test liquid; and a driving unit connected with the at least one rotating plate , characterized in that the at least one rotating plate or the driving unit comprises at least one stopping portion for contacting the carrier , wherein the driving unit is configured to drive the at least one rotating plate to rotate relative to the carrier along a first rotation direction (R1) so that the at least one stopping portion moves to a first position (P1) on the carrier , where the stopping portion interferes with the carrier , the driving unit is configured to apply driving force to the carrier along the first rotation direction (R1) through the at least one stopping portion and is configured to cause the carrier to rotate along the first rotation direction (R1).
A method of diagnosing heart muscle tissue damage, preferably atrial heart muscle tissue damage, in a patient, wherein the method comprises: (a) determining the level of a biomarker for atrial heart muscle tissue damage selected from the group consisting of MYBPHL and isoforms thereof in a sample obtained from the patient, wherein the sample is a full blood, blood serum or blood plasma sample, wherein determining the level of the biomarker comprises determining the protein concentration of the biomarker; and (b) comparing the level determined in step a) with the level of the biomarker for atrial heart muscle tissue damage observed in a control individual, wherein if the level determined in step a) is increased compared to the level of the biomarker for atrial heart muscle tissue damage in the control individual, said patient is diagnosed with a heart muscle tissue damage. (a) determining the level of a biomarker for atrial heart muscle tissue damage selected from the group consisting of MYBPHL and isoforms thereof in a sample obtained from the patient, wherein the sample is a full blood, blood serum or blood plasma sample, wherein determining the level of the biomarker comprises determining the protein concentration of the biomarker; and (b) comparing the level determined in step a) with the level of the biomarker for atrial heart muscle tissue damage observed in a control individual, wherein if the level determined in step a) is increased compared to the level of the biomarker for atrial heart muscle tissue damage in the control individual, said patient is diagnosed with a heart muscle tissue damage.
A process for recovering acetic acid and other valuable materials from cellulose acetate waste, characterized in that it includes the following steps: a) subjecting the cellulose acetate waste from a production process to pyrolysis at a temperature between 370 and 400°C; b) sending the product exiting from pyrolysis and consisting of a mixture of acetic acid and diethyl phthalate to a distillation column for separation; c) mixing the acetic acid and diethyl phthalate exiting from said distillation column with the incoming feed stream for the traditional production of cellulose acetate, while the solid carbonaceous residue consisting of deacetylated cellulose, exiting from the same distillation column, is usable to partly support the pyrolysis process by the combustion thereof, lowering the carbon emission of the entire plant. a) subjecting the cellulose acetate waste from a production process to pyrolysis at a temperature between 370 and 400°C; b) sending the product exiting from pyrolysis and consisting of a mixture of acetic acid and diethyl phthalate to a distillation column for separation; c) mixing the acetic acid and diethyl phthalate exiting from said distillation column with the incoming feed stream for the traditional production of cellulose acetate, while the solid carbonaceous residue consisting of deacetylated cellulose, exiting from the same distillation column, is usable to partly support the pyrolysis process by the combustion thereof, lowering the carbon emission of the entire plant.
A condom comprising: an upper portion configured to cover a glans of a user's penis and extending downwards; a lower portion connected to the upper portion and extending downwards; and a tightening part provided at a lower end of the lower portion and configured to adhere and fix the upper portion and the lower portion to the penis when the condom is worn on the penis, characterized in that the upper portion is provided with micro-needles provided on an inner surface thereof, wherein the micro-needles comprise a drug (P) corresponding to an erection inducing substance, and wherein the micro-needles are located only at a designated angle radially from a center of the upper portion . an upper portion configured to cover a glans of a user's penis and extending downwards; a lower portion connected to the upper portion and extending downwards; and a tightening part provided at a lower end of the lower portion and configured to adhere and fix the upper portion and the lower portion to the penis when the condom is worn on the penis, characterized in that the upper portion is provided with micro-needles provided on an inner surface thereof, wherein the micro-needles comprise a drug (P) corresponding to an erection inducing substance, and wherein the micro-needles are located only at a designated angle radially from a center of the upper portion .
A mattress assembly comprising a base with head and foot end and a wedge-shaped insert , wherein the wedge-shaped insert is formed from the foot end of the base and has a length that is shorter than the length of the base , wherein the base is provided with lateral incisions at the level of the head and foot ends and extending in the longitudinal direction of the base , suitable for receiving the wedge-shaped insert .
A method of manufacturing a component , the method comprising: a. providing a mould in a meltable material, the mould defining a mould cavity ; b. supporting the mould in a housing having an internal cavity in which the mould is located whilst being supported by the housing; c. filling the mould cavity with a feedstock under pressure whilst the mould is supported in the housing; d. allowing the feedstock to solidify in the mould to form a moulded part ; and e. subsequently melting the mould to release the moulded part; the method characterised in that the mould is dimensioned to be an interference fit in the internal cavity of the housing, the method comprising producing the mould using a 3D printer and pressing the mould into the internal cavity of the housing, the exterior surface of the mould where it engages with the housing being softened to allow the mould to be pressed into the cavity such that it is tightly engaged by the surface(s) of the housing. a. providing a mould in a meltable material, the mould defining a mould cavity ; b. supporting the mould in a housing having an internal cavity in which the mould is located whilst being supported by the housing; c. filling the mould cavity with a feedstock under pressure whilst the mould is supported in the housing; d. allowing the feedstock to solidify in the mould to form a moulded part ; and e. subsequently melting the mould to release the moulded part;
A method for verifying smart contracts in a blockchain, comprising: acquiring (S110) block head information and a transaction list of a designated block from a first node in a blockchain network, wherein the transaction list comprises transaction identifications and execution results of the smart contracts; and the block head information comprises: a root node of a first Merkle tree, a root node of a second Merkle tree, and an identification of a previous block of the designated block; verifying (S120) the root node of the first Merkle tree and the transaction identifications, to obtain a first verification result; verifying (S130) the root node of the second Merkle tree and the execution results of the smart contracts, to obtain a second verification result; verifying (S140) whether the identification of the previous block of the designated block is in a pre-stored block head chain structure, to obtain a third verification result; and determining (S150) that the execution results of the smart contracts are valid, if the first verification result, the second verification result and the third verification result are all pass. acquiring (S110) block head information and a transaction list of a designated block from a first node in a blockchain network, wherein the transaction list comprises transaction identifications and execution results of the smart contracts; and the block head information comprises: a root node of a first Merkle tree, a root node of a second Merkle tree, and an identification of a previous block of the designated block; verifying (S120) the root node of the first Merkle tree and the transaction identifications, to obtain a first verification result; verifying (S130) the root node of the second Merkle tree and the execution results of the smart contracts, to obtain a second verification result; verifying (S140) whether the identification of the previous block of the designated block is in a pre-stored block head chain structure, to obtain a third verification result; and determining (S150) that the execution results of the smart contracts are valid, if the first verification result, the second verification result and the third verification result are all pass.
Method for ultrasonic clamp-on flow measurement, comprising a process pipe through which a liquid or gaseous process medium flows, wherein centre sound paths and off-centre sound paths are taken into account, and comprising clamp-on ultrasonic transducers (U), characterized by the following method steps: a) injecting ultrasonic waves into the process pipe and into the process medium via a clamp-on ultrasonic transducer (U S ) operating in transmitting mode, b) dispersing the ultrasonic waves in the process pipe by at least one first body (K1) for realizing a measurement of off-centre sound paths, which is arranged in the interior of the process pipe , c) preventing a total reflection of the dispersed ultrasonic waves when the dispersed ultrasonic waves cross a boundary from the process medium to the process pipe by at least one second body (K2), which is arranged on an inner wall of the process pipe , for realizing the measurement of off-centre sound paths , so that the dispersed ultrasonic waves can leave the process pipe , d) receiving undisturbed ultrasonic waves of the centre sound paths by at least one first clamp-on ultrasonic transducer (U E 1) operating in receiving mode and receiving dispersed ultrasonic waves of the off-centre sound paths by at least one second clamp-on ultrasonic transducer (U E 2) operating in receiving mode. wherein the bodies (K1, K2) are formed in an elongated cylindrical and/or a tubular manner, with a diameter smaller than the diameter of the process pipe . a) injecting ultrasonic waves into the process pipe and into the process medium via a clamp-on ultrasonic transducer (U S ) operating in transmitting mode, b) dispersing the ultrasonic waves in the process pipe by at least one first body (K1) for realizing a measurement of off-centre sound paths, which is arranged in the interior of the process pipe , c) preventing a total reflection of the dispersed ultrasonic waves when the dispersed ultrasonic waves cross a boundary from the process medium to the process pipe by at least one second body (K2), which is arranged on an inner wall of the process pipe , for realizing the measurement of off-centre sound paths , so that the dispersed ultrasonic waves can leave the process pipe , d) receiving undisturbed ultrasonic waves of the centre sound paths by at least one first clamp-on ultrasonic transducer (U E 1) operating in receiving mode and receiving dispersed ultrasonic waves of the off-centre sound paths by at least one second clamp-on ultrasonic transducer (U E 2) operating in receiving mode.
A method of communication facilitation, the method being performed by a communication facilitator , the method comprising: receiving, from a sender device , a communication request for a communication with a recipient; receiving, from the sender device , a selection of the recipient from a directory of the communication facilitator that lists the recipient's name but does not list contact information for the recipient device ; providing a query to the sender device to collect information about the communication including at least a nature of the communication; receiving, from the sender device , a sender response to the query, the sender response comprising information about the communication specifying at least the nature of the communication; determining a mode of contact, from among a plurality of modes of contact available for the recipient device , based upon the nature of the communication specified in the sender response to the query; and sending, based on the sender response to the query, a communication to the recipient using the determined mode of contact. receiving, from a sender device , a communication request for a communication with a recipient; receiving, from the sender device , a selection of the recipient from a directory of the communication facilitator that lists the recipient's name but does not list contact information for the recipient device ; providing a query to the sender device to collect information about the communication including at least a nature of the communication; receiving, from the sender device , a sender response to the query, the sender response comprising information about the communication specifying at least the nature of the communication; determining a mode of contact, from among a plurality of modes of contact available for the recipient device , based upon the nature of the communication specified in the sender response to the query; and sending, based on the sender response to the query, a communication to the recipient using the determined mode of contact.
A method of producing a radiolabeled aryl compound represented by the formula (I): Ar-X (I) wherein Ar is a C 6-14 aryl group optionally having substituent (s), and X is 211 At or 210 At, or a salt thereof, which comprises reacting an aryl boronic acid compound represented by the formula (II): Ar-Y (II) wherein Ar is as defined above, and Y is a borono group (-B(OH) 2 ) or an ester group thereof, or a salt thereof, with a radionuclide 211 At or 210 At, in the presence of an oxidizing agent selected from an alkali metal iodide, an alkali metal bromide, N-bromosuccinimide, N-chlorosuccinimide and hydrogen peroxide, in water, in an organic solvent-free system. Ar is a C 6-14 aryl group optionally having substituent (s), and X is 211 At or 210 At, or a salt thereof, which comprises reacting an aryl boronic acid compound represented by the formula (II): Ar-Y (II) wherein Ar is as defined above, and Y is a borono group (-B(OH) 2 ) or an ester group thereof, or a salt thereof, with a radionuclide 211 At or 210 At, in the presence of an oxidizing agent selected from an alkali metal iodide, an alkali metal bromide, N-bromosuccinimide, N-chlorosuccinimide and hydrogen peroxide, in water, in an organic solvent-free system. Ar is as defined above, and Y is a borono group (-B(OH) 2 ) or an ester group thereof, or a salt thereof, with a radionuclide 211 At or 210 At, in the presence of an oxidizing agent selected from an alkali metal iodide, an alkali metal bromide, N-bromosuccinimide, N-chlorosuccinimide and hydrogen peroxide, in water, in an organic solvent-free system.
An agricultural round baler having a crop inlet opening , a bale forming chamber defined in a space between opposing frame-supported side walls and configured to form crop material incoming through said crop inlet opening into a generally spirally wound, cylindrically shaped bale of increasing diameter, and a bale compaction sensing mechanism comprising: an elongate, slot-like aperture having an upstream end and a downstream end separated by a pair of spaced-apart side ends , the aperture being disposed in at least one of the side walls; and a measuring member pivotally connected to the side wall adjacent to said upstream end and moveable between generally opposing extended and retracted positions, said measuring member being characterised in having a contact edge extending distally away from said pivotal connection and partially projecting inwardly through said aperture into the bale forming chamber, the contact edge contacting the crop material as the bale forms in the bale forming chamber when in said extended position, and a blocking edge extending outwardly from the distal end of said contact edge and at least partially extending into said aperture to prevent entrapment of crop material between said contact edge and the side wall . an elongate, slot-like aperture having an upstream end and a downstream end separated by a pair of spaced-apart side ends , the aperture being disposed in at least one of the side walls; and a measuring member pivotally connected to the side wall adjacent to said upstream end and moveable between generally opposing extended and retracted positions, said measuring member being characterised in having a contact edge extending distally away from said pivotal connection and partially projecting inwardly through said aperture into the bale forming chamber, the contact edge contacting the crop material as the bale forms in the bale forming chamber when in said extended position, and a blocking edge extending outwardly from the distal end of said contact edge and at least partially extending into said aperture to prevent entrapment of crop material between said contact edge and the side wall .
A foldable composite balloon, comprising: a braided reinforcement structure defining a wall with first wall portions and second wall portions ; characterised in that : a braid pattern of the braided reinforcement structure being such that the wall is stiffer at the first wall portions than at the second wall portions ; the first and second wall portions being arranged such that when the balloon is folded, the first portions resist bending more than the second portions. a braided reinforcement structure defining a wall with first wall portions and second wall portions ; characterised in that : a braid pattern of the braided reinforcement structure being such that the wall is stiffer at the first wall portions than at the second wall portions ; the first and second wall portions being arranged such that when the balloon is folded, the first portions resist bending more than the second portions. a braid pattern of the braided reinforcement structure being such that the wall is stiffer at the first wall portions than at the second wall portions ; the first and second wall portions being arranged such that when the balloon is folded, the first portions resist bending more than the second portions.