mhurhangee/patent-ind-claim-en huggingface dataset:
Fraction of edible Pistacia lentiscus oil enriched in polyphenols obtainable by ultracentrifugation followed by winterisation of the supernatant, solubilisation in water-alcohol mixtures, preferably water-ethanol mixtures, sonication and removal of the water-alcohol solvent.
A system for catheter advancement and delivery comprising: a first delivery catheter having a first lumen; a first anchor within the first lumen of the first delivery catheter; an implantable guide element fixedly attached to the first anchor; a second delivery catheter having a second lumen configured to allow passage of the implantable guide element therethrough such that the second delivery catheter is able to be advanced over the implantable guide element; and a second anchor within the second lumen of the second delivery catheter and configured to be slidably coupled to the implantable guide element, wherein the system further comprises a termination catheter for cutting of the implantable guide element configured to be advanced over the implantable guide element. a first delivery catheter having a first lumen; a first anchor within the first lumen of the first delivery catheter; an implantable guide element fixedly attached to the first anchor; a second delivery catheter having a second lumen configured to allow passage of the implantable guide element therethrough such that the second delivery catheter is able to be advanced over the implantable guide element; and a second anchor within the second lumen of the second delivery catheter and configured to be slidably coupled to the implantable guide element, wherein the system further comprises a termination catheter for cutting of the implantable guide element configured to be advanced over the implantable guide element.
An outer periphery component of an electronic device, comprising: a first conductive section having a first coupling structure and a side wall ; a second conductive section having a second coupling structure and a side wall , wherein the side walls of the first and second conductive section are separated by a gap ; and characterized by : a two-shot knuckle comprising a first shot and a second shot , wherein: the first shot includes a second shot retaining region and is overmolded within and around the first and second coupling structures such that the first and second conductive sections are physically coupled together; the second shot is molded to the second shot retaining region and occupies the gap ; wherein the first and second shots are composed of different dielectric materials, and wherein the first shot is composed of a relatively high strength structural material and the second shot is composed of a cosmetic material. a first conductive section having a first coupling structure and a side wall ; a second conductive section having a second coupling structure and a side wall , wherein the side walls of the first and second conductive section are separated by a gap ; and characterized by : a two-shot knuckle comprising a first shot and a second shot , wherein: the first shot includes a second shot retaining region and is overmolded within and around the first and second coupling structures such that the first and second conductive sections are physically coupled together; the second shot is molded to the second shot retaining region and occupies the gap ; wherein the first and second shots are composed of different dielectric materials, and wherein the first shot is composed of a relatively high strength structural material and the second shot is composed of a cosmetic material. the first shot includes a second shot retaining region and is overmolded within and around the first and second coupling structures such that the first and second conductive sections are physically coupled together; the second shot is molded to the second shot retaining region and occupies the gap ; wherein the first and second shots are composed of different dielectric materials, and wherein the first shot is composed of a relatively high strength structural material and the second shot is composed of a cosmetic material.
A rail for a bed , comprising: - at least one support that can be installed in a housing of the bed ; - a bar with a prevalently longitudinal extension, said bar having at least one end that can be configured in a first position, wherein it is mechanically or magnetically coupled to the support , and in a second position, wherein said end is uncoupled from said support , wherein the support comprises at least one pin and the end of the bar comprises at least one hooking element for which, in the first end position , the hooking element is engaged with the pin and in the second end position , the hooking element is disengaged from the pin wherein the rail comprises a mechanical stop means movable at least between an operating position, wherein it maintains said end coupled to the support , and a rest position, wherein it allows the uncoupling between the end and the support , and wherein the mechanical stop means comprises an abutment element hinged to the end of the bar , in the operating position the abutment element being in contact with the pin and keeping it coupled to the end , in the rest position the abutment element disengaging the pin and enabling the uncoupling between the end and the support . - at least one support that can be installed in a housing of the bed ; - a bar with a prevalently longitudinal extension, said bar having at least one end that can be configured in a first position, wherein it is mechanically or magnetically coupled to the support , and in a second position, wherein said end is uncoupled from said support , wherein the support comprises at least one pin and the end of the bar comprises at least one hooking element for which, in the first end position , the hooking element is engaged with the pin and in the second end position , the hooking element is disengaged from the pin wherein the rail comprises a mechanical stop means movable at least between an operating position, wherein it maintains said end coupled to the support , and a rest position, wherein it allows the uncoupling between the end and the support , and wherein the mechanical stop means comprises an abutment element hinged to the end of the bar , in the operating position the abutment element being in contact with the pin and keeping it coupled to the end , in the rest position the abutment element disengaging the pin and enabling the uncoupling between the end and the support .
Brush product packaging device for receiving a toothbrush having an application head and a handle , with at least one packaging base body which is configured to form an at least substantially closed receiving region for the toothbrush and which is made at least largely, i. e. by at least 50 weight%, of a paper material, and with at least one holding unit , which protrudes at least partly into the receiving region , which is configured to hold the toothbrush at least partially in a position with respect to the receiving region and which is made at least largely of a paper material, wherein the at least one holding unit comprises at least one folding element which is configured for fixing the toothbrush in the receiving region , characterised in that the folding element is realized as a separate component that differs from the packaging base body and that the folding element is realized as an insert part for the packaging base body and is configured to be arranged in the receiving region . with at least one packaging base body which is configured to form an at least substantially closed receiving region for the toothbrush and which is made at least largely, i. e. by at least 50 weight%, of a paper material, and with at least one holding unit , which protrudes at least partly into the receiving region , which is configured to hold the toothbrush at least partially in a position with respect to the receiving region and which is made at least largely of a paper material, wherein the at least one holding unit comprises at least one folding element which is configured for fixing the toothbrush in the receiving region , characterised in that the folding element is realized as a separate component that differs from the packaging base body and that the folding element is realized as an insert part for the packaging base body and is configured to be arranged in the receiving region .
A method of scavenging hydrogen sulfide and preventing the formation of hydrates in a medium comprising: adding an effective amount of a multifunctional composition to the medium, wherein the multifunctional composition comprises a scavenger, a hydrate inhibitor, and optionally an acid, a base, and/or a solvent, wherein the scavenger comprises a member selected from the group consisting of , and , wherein R 1 is hydrogen (H) or a hydrocarbon group with 1 to 5 carbon atoms, R 2 is H or a hydrocarbon group with 1 to 5 carbon atoms, R 3 is a hydrocarbon group with 1 to 5 carbon atoms, acetal, or a hemicetal, and R 4 is H or a hydrocarbon group with 1 to 5 carbon atoms, ethylene glycol formaldehyde, glycerol formal, a cyclic compound comprising the following general formula: wherein R 1 may be selected from a hydrogen (H), a hydrocarbon group with 1 to 5 carbon atoms, or an alcohol group containing 1 or 2 carbon atoms; R 2 may be selected from hydrogen (H), a hydrocarbon group with 1 to 5 carbon atoms, or an alcohol group containing 1 or 2 carbon atoms, and; R 3 may be selected from hydrogen (H), a hydrocarbon group with 1 to 5 carbon atoms, a dialdehyde, and any combination thereof and the hydrate inhibitor comprises a pyrrolidone or N-vinyl-2-caprolactam or poly-N-vinyl-2-caprolactam. adding an effective amount of a multifunctional composition to the medium, wherein the multifunctional composition comprises a scavenger, a hydrate inhibitor, and optionally an acid, a base, and/or a solvent, wherein the scavenger comprises a member selected from the group consisting of , and , wherein R 1 is hydrogen (H) or a hydrocarbon group with 1 to 5 carbon atoms, R 2 is H or a hydrocarbon group with 1 to 5 carbon atoms, R 3 is a hydrocarbon group with 1 to 5 carbon atoms, acetal, or a hemicetal, and R 4 is H or a hydrocarbon group with 1 to 5 carbon atoms, ethylene glycol formaldehyde, glycerol formal, a cyclic compound comprising the following general formula: wherein R 1 may be selected from a hydrogen (H), a hydrocarbon group with 1 to 5 carbon atoms, or an alcohol group containing 1 or 2 carbon atoms; R 2 may be selected from hydrogen (H), a hydrocarbon group with 1 to 5 carbon atoms, or an alcohol group containing 1 or 2 carbon atoms, and; R 3 may be selected from hydrogen (H), a hydrocarbon group with 1 to 5 carbon atoms, a dialdehyde, and any combination thereof and the hydrate inhibitor comprises a pyrrolidone or N-vinyl-2-caprolactam or poly-N-vinyl-2-caprolactam.
Device for harvesting stalk-like stem crops, with a number of picking units , which are arranged side by side on the frame of the device and each has at least one picking rotor , picking plates that laterally delimit a picking gap, and conveying units that are assigned to said picking plates and are designed as continuous conveyors driven in circulation, said device also having a series gearbox driving the elements of each picking unit , longitudinal beams arranged between the picking gaps for supporting elements of the picking units , a transverse beam to which the picking units are attached, a transverse conveying device arranged downstream of the conveying units, the picking units are connected to the transverse beam at their rear sides via the series gearbox and via a longitudinal beam or only via a longitudinal beam and the transverse beam is arranged in a horizontal plane in which the series gearboxes of the picking units are arranged, wherein each of the longitudinal beams is suspended on the transverse beam via at least one hook-like bracket and at the rear end of the longitudinal beam , one hook-like bracket is formed in the upper region of the longitudinal beam and an additional hook-like bracket and/or a clamping element is formed in the lower region of the longitudinal beam , and the two hook-like brackets and/or the bracket of the longitudinal beam and the clamping element connected to the longitudinal beam encompass the transverse beam in a positive connection, characterised in that the transverse beam , as part of the frame, connects longitudinal braces to one another in the transverse direction at their forward-facing ends, said longitudinal braces extending from a rear transverse tube underneath the transverse conveying device and through to the front.
Delivery system adapted to be fixed on a vial , said system comprising parts facing one another (9, 11; 109, 111; 13, 19a; 113, 119a; 7, 19b; 107, 119b) having surfaces facing one another, said system comprising a material permitting at least one portion of at least one of said surfaces facing one another to have an adhesive effect for the fastening of said parts facing one another, characterised in that said material comprises an adhesive agent which is comprised in the mass of the or said parts facing one another.
A method, performed by a New Radio, NR, node , for configuring wireless transmit/receive units, WTRUs, comprising: configuring a set of 'K' channel state information interference channel measurement, CSI-ICM resources for a group of WTRUs; indicating, to the WTRUs in the group, the 'K' CSI-ICM resources via radio resource control, RRC, signalling; transmitting downlink control information which signals a number 'N' of the K CSI-ICM resources to at least two WTRUs in the group, the at least two WTRUs in the group having the same interference sources, where N is at least one and is less than K, and wherein N corresponds to a number of the interference sources; receiving, from the at least two WTRUs in the group, feedback of an interference measurement based on the indicated N CSI-ICM resources; scheduling a MU-MIMO transmission for the at least two WTRUs based on the feedback and sending an indication of the scheduled MU-MIMO transmission to the at least two WTRUs; and determining, based on the scheduled MU-MIMO transmission, that a first of the at least two WTRUs in the group has cancelled interference transmitted from the first of the at least two WTRUs to a second of the at least two WTRUs in the group. configuring a set of 'K' channel state information interference channel measurement, CSI-ICM resources for a group of WTRUs; indicating, to the WTRUs in the group, the 'K' CSI-ICM resources via radio resource control, RRC, signalling; transmitting downlink control information which signals a number 'N' of the K CSI-ICM resources to at least two WTRUs in the group, the at least two WTRUs in the group having the same interference sources, where N is at least one and is less than K, and wherein N corresponds to a number of the interference sources; receiving, from the at least two WTRUs in the group, feedback of an interference measurement based on the indicated N CSI-ICM resources; scheduling a MU-MIMO transmission for the at least two WTRUs based on the feedback and sending an indication of the scheduled MU-MIMO transmission to the at least two WTRUs; and determining, based on the scheduled MU-MIMO transmission, that a first of the at least two WTRUs in the group has cancelled interference transmitted from the first of the at least two WTRUs to a second of the at least two WTRUs in the group.
A computer-implemented method for preserving data saved on a storage device , the method comprising: receiving information specifying a state of the storage device ; determining a degradation assessment of the storage device based on the received information, wherein the degradation assessment comprises a degradation rate and a probability of failure of the storage device ; responsive to determining that the probability of failure is greater than a given threshold, identifying one or more damaged sectors of the storage device by scanning a surface of the storage device ; determining a worth grade of data saved in sectors adjacent to the damaged sectors based on an analysis of metadata of the data saved in the sectors adjacent to the damaged sector, wherein the worth grade of certain data comprises a value, to the user, of the certain data stored in the storage device ; determining a backup option for the preservation of the data based on the determined worth grade of the data saved in the sectors adjacent to the damaged sectors and the degradation rate of the storage device ; and creating a backup copy of the data saved in the sectors adjacent to the damaged sectors based on the determined backup option. receiving information specifying a state of the storage device ; determining a degradation assessment of the storage device based on the received information, wherein the degradation assessment comprises a degradation rate and a probability of failure of the storage device ; responsive to determining that the probability of failure is greater than a given threshold, identifying one or more damaged sectors of the storage device by scanning a surface of the storage device ; determining a worth grade of data saved in sectors adjacent to the damaged sectors based on an analysis of metadata of the data saved in the sectors adjacent to the damaged sector, wherein the worth grade of certain data comprises a value, to the user, of the certain data stored in the storage device ; determining a backup option for the preservation of the data based on the determined worth grade of the data saved in the sectors adjacent to the damaged sectors and the degradation rate of the storage device ; and creating a backup copy of the data saved in the sectors adjacent to the damaged sectors based on the determined backup option.
A method for preparing a non-phosphorylated hexose epimer, comprising treating a non-phosphorylated hexose with a composition for epimerization of a non-phosphorylated hexose, comprising D-tagaturonate epimerase derived from Caldanaerobacter yonseiensis KB-1.
A targeting poorly water-soluble drug delivery system comprising: a solid nanoparticle comprising a core lipid part containing cholesteryl ester and triglyceride, and a surface lipid part containing phospholipid, cholesterol and cationic lipid, a poorly water-soluble drug encapsulated in the solid nanoparticle, and a targeting material connected to the surface lipid part by a polymer linker, wherein the polymer linker is represented by a PEG derivative of the chemical formula I wherein the -NHS(succinimid) group is capable of binding to cationic amine (-NH 2 ) present on the surface lipid part, wherein the maleimide group is capable of binding to a functional group of the targeting material, wherein n is an integer of 4 to 1130, and wherein the drug delivery system improves apoptosis efficiency in vivo, wherein the particle size of the drug delivery system ranges from 30 to 300 nm, wherein the surface charge of the drug delivery system ranges from -10 to 10mV. a solid nanoparticle comprising a core lipid part containing cholesteryl ester and triglyceride, and a surface lipid part containing phospholipid, cholesterol and cationic lipid, a poorly water-soluble drug encapsulated in the solid nanoparticle, and a targeting material connected to the surface lipid part by a polymer linker, wherein the polymer linker is represented by a PEG derivative of the chemical formula I wherein the -NHS(succinimid) group is capable of binding to cationic amine (-NH 2 ) present on the surface lipid part, wherein the maleimide group is capable of binding to a functional group of the targeting material, wherein n is an integer of 4 to 1130, and wherein the drug delivery system improves apoptosis efficiency in vivo, wherein the particle size of the drug delivery system ranges from 30 to 300 nm, wherein the surface charge of the drug delivery system ranges from -10 to 10mV.
A sail-powered watercraft comprising at least a first hydrofoil disposed to port of the longitudinal axis of the watercraft and a second hydrofoil disposed to starboard of the longitudinal axis of the watercraft , wherein the first and second hydrofoils are each at least partially movable between a deployed position and a non-deployed position, and wherein the first and second hydrofoils are each configured such that the first and second hydrofoils generate more vertical buoyancy in the deployed position than in the non-deployed position, wherein both hydrofoils are each pivotable about an axis of rotation between the deployed and non-deployed positions, 9) generate more vertical lift in the deployed position than in the non-deployed position, wherein both hydrofoils are each pivotable about an axis of rotation between the deployed and the non-deployed position, wherein the first hydrofoil and the second hydrofoil are coupled to one another via a tractive force transmission element , wherein the first hydrofoil is accommodated in a first foil receptacle and wherein the second hydrofoil is accommodated in a second foil receptacle, characterised in that the first and second foil receptacles each have a lower bearing which is arranged in a lower region of the hull and via the axis of rotation of which the first and second hydrofoil are each pivoted between the extended and the non-extended position, and a slide for lateral guidance of the hydrofoils , which slide is displaceable in a transverse direction extending perpendicularly to the midship axis and is arranged in an upper region of the hull, wherein the first and the second hydrofoil are coupled to each other via the tractive force transmission element in such a way that the leeward hydrofoil is moved into the deployed position by the flow pressure acting on the leeward hydrofoil due to drift and speed of the watercraft and a force is exerted on the windward hydrofoil via the tractive force transmission element in the direction of the non-deployed position .
A micro-organism comprising a nucleic acid encoding an antigen for use in the treatment or prevention of type I diabetes in a human subject in need thereof, wherein said micro-organism is a Lactococcus sp. bacterium, said antigen is a beta cell autoantigen which antigen is constitutively expressed and secreted by said micro-organism, and said micro-organism is to be administered via mucosal delivery, and said human subject has established hypersensitivity to said antigen.
An immunochromatographic assay for detecting Mycoplasma pneumoniae, comprising: providing a membrane carrier having a capturing zone that is formed by previously immobilizing a first antibody against P30 protein of Mycoplasma pneumoniae at a predetermined position; chromatographically developing a liquid mixture in the membrane carrier toward the capturing zone, said liquid mixture containing a second antibody against the P30 protein and a predetermined amount of a test sample, whereby a complex of an antigen contained in the test sample and the second antibody is captured by the capturing zone, wherein first and second antibodies are each a monoclonal antibody recognizing an epitope of P30 protein present in a region of the amino acid sequence of SEQ ID NO: 2, and said test sample is a biological sample. providing a membrane carrier having a capturing zone that is formed by previously immobilizing a first antibody against P30 protein of Mycoplasma pneumoniae at a predetermined position; chromatographically developing a liquid mixture in the membrane carrier toward the capturing zone, said liquid mixture containing a second antibody against the P30 protein and a predetermined amount of a test sample, whereby a complex of an antigen contained in the test sample and the second antibody is captured by the capturing zone, wherein first and second antibodies are each a monoclonal antibody recognizing an epitope of P30 protein present in a region of the amino acid sequence of SEQ ID NO: 2, and said test sample is a biological sample.