mhurhangee/patent-ind-claim-en huggingface dataset:
Method for collision warning by means of transport , comprising the steps: - determining a collision-relevant object in the surroundings of the means of transport , - storing the position of the object in a first operating cycle of the means of transport , - outputting signals in a second operating cycle of the means of transport in response to the stored position if the position is located in a first surroundings direction (I) of the means of transport , wherein the means of transport assumes a parked position between the first operating cycle and the second operating cycle, and in particular user authorization is interrogated again before the start of the second operating cycle, and - in a second operating cycle of the means of transport , signalling in response to the stored position is omitted if the position lies in a second surroundings direction (II) of the means of transport . - determining a collision-relevant object in the surroundings of the means of transport , - storing the position of the object in a first operating cycle of the means of transport , - outputting signals in a second operating cycle of the means of transport in response to the stored position if the position is located in a first surroundings direction (I) of the means of transport , wherein the means of transport assumes a parked position between the first operating cycle and the second operating cycle, and in particular user authorization is interrogated again before the start of the second operating cycle, and - in a second operating cycle of the means of transport , signalling in response to the stored position is omitted if the position lies in a second surroundings direction (II) of the means of transport .
A microcapsule comprising a core containing vitamin B3 , characterised by a coating layer system comprising an inner layer of shellac , an outer layer of shellac and a pH-modulating substance provided between the two layers of shellac .
A flavouring insert within a package of smoking articles or a package of tobacco, comprising a substrate bearing a flavouring agent, wherein the substrate comprises a sheet of material or a cylindrical rod, wherein the substrate further comprises cellulose acetate, wherein the flavouring agent comprises menthol or clove, and wherein the menthol or clove is present in an amount from 50 to 500 mg per cm 3 volume of the substrate.
Artificial fireplace for displaying an artificial fire pattern , comprising: - a housing , defining an interior and comprising at least one opening to allow a line of sight (S) into the interior of the housing, - a non-displaceable semi-transparent mirror , which is arranged in the interior of the housing and which comprises: ∘ a first side , facing the opening, and ∘ an opposite second side , facing away from the opening, - a first display device , which is arranged in the housing and which is configured to display a first video of flames , characterized in that, the artificial fireplace further comprises: - a second display device , which is arranged in the housing and which is configured to display a second video comprising a second video of flames , wherein the semi-transparent mirror is arranged to at least partially reflect the first video of flames at its first side and to at least partially transmit the second video at its second side, in order to recombine the first video and the second video into the artificial fire pattern, such that the artificial fire pattern is visible along the line of sight. - a housing , defining an interior and comprising at least one opening to allow a line of sight (S) into the interior of the housing, - a non-displaceable semi-transparent mirror , which is arranged in the interior of the housing and which comprises: ∘ a first side , facing the opening, and ∘ an opposite second side , facing away from the opening, ∘ a first side , facing the opening, and ∘ an opposite second side , facing away from the opening, - a first display device , which is arranged in the housing and which is configured to display a first video of flames , - a second display device , which is arranged in the housing and which is configured to display a second video comprising a second video of flames ,
A method for the colorimetric determination of mercury in water, comprising the following steps: a) withdrawing a sample of water; b) adding to the sample of water nanoparticles of a noble metal selected from Au, Pd and Pt with a diameter of between 1 and 100 nm in a concentration of between 1 fM and 100 nM, obtaining a first mixture; c) letting the first mixture obtained in step b) incubate for at least 5 minutes, obtaining a pretreated sample; d) adding to the pretreated sample obtained in step c) a chromogenic agent, H 2 O 2 , and an acid buffer at a pH of between 4 and 6, obtaining a second mixture; and e) detecting whether or not a chromatic variation of said second mixture occurs at a preset time, which depends on the reagents employed, after obtaining said second mixture, characterized in that : in step b), for the preparation of said first mixture, an acidic pH buffer and a reducing agent having a redox potential of between + 0.34 V and + 0.85 V are further added to the sample of water. a) withdrawing a sample of water; b) adding to the sample of water nanoparticles of a noble metal selected from Au, Pd and Pt with a diameter of between 1 and 100 nm in a concentration of between 1 fM and 100 nM, obtaining a first mixture; c) letting the first mixture obtained in step b) incubate for at least 5 minutes, obtaining a pretreated sample; d) adding to the pretreated sample obtained in step c) a chromogenic agent, H 2 O 2 , and an acid buffer at a pH of between 4 and 6, obtaining a second mixture; and e) detecting whether or not a chromatic variation of said second mixture occurs at a preset time, which depends on the reagents employed, after obtaining said second mixture,
Composition X crosslinkable and/or curable by polyaddition reactions, taking the form of a two-component system S which comprises at least two separate parts A and B intended for mixing to form said composition X, and in which: - part A comprises: (a) from 30% to 49.5% by weight, relative to the total weight of part A, of at least one stabilizer D selected from the group of starches, (b) at least one polyorganosiloxane V having per molecule at least two alkenyl, preferably vinyl, groups which are each bonded to a silicon atom, (c) at least one catalyst C which is a compound of a metal from the platinum group, and - part B comprises at least one polyorganosiloxane H having per molecule at least two hydrogen atoms which are bonded to an identical or different silicon atom. - part A comprises: (a) from 30% to 49.5% by weight, relative to the total weight of part A, of at least one stabilizer D selected from the group of starches, (b) at least one polyorganosiloxane V having per molecule at least two alkenyl, preferably vinyl, groups which are each bonded to a silicon atom, (c) at least one catalyst C which is a compound of a metal from the platinum group, and (a) from 30% to 49.5% by weight, relative to the total weight of part A, of at least one stabilizer D selected from the group of starches, (b) at least one polyorganosiloxane V having per molecule at least two alkenyl, preferably vinyl, groups which are each bonded to a silicon atom, (c) at least one catalyst C which is a compound of a metal from the platinum group, and - part B comprises at least one polyorganosiloxane H having per molecule at least two hydrogen atoms which are bonded to an identical or different silicon atom.
A method for determining if a subject has a cardiac disorder or is at risk for developing a cardiac disorder: (a) contacting a plasma sample from the subject with (i) an antibody that specifically binds to a polypeptide encoded by exon 13 of BIN1 (13+ BIN1 polypeptide) and (ii) an antibody that specifically binds to a polypeptide encoded by exon 17 of BIN1 (17+ BIN1 polypeptide) under conditions that allow identification of a 13+/17+ BIN1 polypeptide, wherein the 13+/17+ BIN1 polypeptide comprises the polypeptide encoded by exon 13 and the polypeptide encoded by exon 17; and (b) determining a total level of 13+/17+ BIN1 polypeptide, wherein a decrease in the total BIN1 polypeptide level as compared to a control level indicates that the subject has a cardiac disorder or is at risk for developing a cardiac disorder, wherein the cardiac disorder is arrhythmia, cardiomyopathy, or congestive heart failure. (a) contacting a plasma sample from the subject with (i) an antibody that specifically binds to a polypeptide encoded by exon 13 of BIN1 (13+ BIN1 polypeptide) and (ii) an antibody that specifically binds to a polypeptide encoded by exon 17 of BIN1 (17+ BIN1 polypeptide) under conditions that allow identification of a 13+/17+ BIN1 polypeptide, wherein the 13+/17+ BIN1 polypeptide comprises the polypeptide encoded by exon 13 and the polypeptide encoded by exon 17; and (b) determining a total level of 13+/17+ BIN1 polypeptide, wherein a decrease in the total BIN1 polypeptide level as compared to a control level indicates that the subject has a cardiac disorder or is at risk for developing a cardiac disorder,
A formulation (A) for use in a fracturing fluid, comprising: (i) a fluid (D) comprising an oil phase, wherein said fluid (D) is an inverse emulsion comprising a water-soluble polymer (B) and said oil phase, wherein said inverse emulsion includes 15-40wt% of said oil phase, 15-40wt% of polymer (B) and 15-40wt% water; (ii) particles of a water-soluble polymer (C), wherein said particles of said polymer (C) are dispersed in said oil phase as solid discrete particles. (i) a fluid (D) comprising an oil phase, wherein said fluid (D) is an inverse emulsion comprising a water-soluble polymer (B) and said oil phase, wherein said inverse emulsion includes 15-40wt% of said oil phase, 15-40wt% of polymer (B) and 15-40wt% water; (ii) particles of a water-soluble polymer (C), wherein said particles of said polymer (C) are dispersed in said oil phase as solid discrete particles.
A zwitterionic polymer brush based on hyaluronic acid and 2-methacryloyloxyethyl phosphorylcholine, characterized by : having the following structure: wherein n is an integer from 60-150, x is an integer from 589-686, and y is an integer from 125-230.
A pharmaceutical lyophilized preparation comprising : botulinum toxin, polysorbate, and methionine; and one or more components selected from the group consisting of sugar, sugar alcohol, and an ionic compound, wherein the sugar when present is included in an amount of 0.1 to 50 mg with respect to 100 units of the botulinum toxin, wherein the sugar alcohol when present is included in an amount of 0.1 to 50 mg with respect to 100 units of the botulinum toxin, and wherein the ionic compound when present is included in an amount of 0.1 to 10 mg with respect to 100 units of the botulinum toxin. botulinum toxin, polysorbate, and methionine; and one or more components selected from the group consisting of sugar, sugar alcohol, and an ionic compound, wherein the sugar when present is included in an amount of 0.1 to 50 mg with respect to 100 units of the botulinum toxin, wherein the sugar alcohol when present is included in an amount of 0.1 to 50 mg with respect to 100 units of the botulinum toxin, and wherein the ionic compound when present is included in an amount of 0.1 to 10 mg with respect to 100 units of the botulinum toxin.
A method for memory system programming, comprising: Receiving , by a programming appliance , a command file comprising a plurality of pre-generated digital signatures, the plurality of pre-generated digital signatures comprising a first pre-generated digital signature, the first pre-generated digital signature associated with a memory system , and generated by a signing device executing a cryptographic function, using a memory system cryptographic key associated with the memory system, the first pre-generated digital signature also being associated with a first command and a first memory system counter value; selecting , by the programming appliance, the first pre-generated digital signature of the plurality of pre-generated digital signatures for the memory system based on the first command, the memory system to which the pre-generated digital signature will be sent, and an expected value of a memory system counter of the memory system which the programming appliance expects the memory system counter to have; and sending , by the programming appliance and to the memory system, a first command message comprising the first command and the first pre-generated digital signature. Receiving , by a programming appliance , a command file comprising a plurality of pre-generated digital signatures, the plurality of pre-generated digital signatures comprising a first pre-generated digital signature, the first pre-generated digital signature associated with a memory system , and generated by a signing device executing a cryptographic function, using a memory system cryptographic key associated with the memory system, the first pre-generated digital signature also being associated with a first command and a first memory system counter value; selecting , by the programming appliance, the first pre-generated digital signature of the plurality of pre-generated digital signatures for the memory system based on the first command, the memory system to which the pre-generated digital signature will be sent, and an expected value of a memory system counter of the memory system which the programming appliance expects the memory system counter to have; and sending , by the programming appliance and to the memory system, a first command message comprising the first command and the first pre-generated digital signature.
A memory device, comprising: an alternating stack of insulating layers and electrically conductive layers located over a substrate ; a pair of separator dielectric structures extending through the alternating stack and laterally extending along a first lateral direction (ld1); and a memory stack structure including a memory film and a vertical semiconductor channel extending through the alternating stack, having a pair of first sidewalls that contact sidewalls of the pair of separator dielectric structures , and having a pair of second sidewalls that protrude outward beyond the pair of separator dielectric structures along a second lateral direction (ld2), wherein the first sidewalls are laterally recessed inward along the first lateral direction (ld1) from substantially vertical edges of the pair of second sidewalls , and wherein the angle between the first lateral direction (ld1) and the second lateral direction (ld2) is 90 degrees; the memory device characterised in that : the vertical semiconductor channel comprises: a pair of convex outer sidewalls that are separated from a respective second sidewall of the memory stack structure by a thickness of the memory film ; and a pair of concave outer sidewalls that are separated from a respective first sidewall of the memory stack structure by the thickness of the memory film . an alternating stack of insulating layers and electrically conductive layers located over a substrate ; a pair of separator dielectric structures extending through the alternating stack and laterally extending along a first lateral direction (ld1); and a memory stack structure including a memory film and a vertical semiconductor channel extending through the alternating stack, having a pair of first sidewalls that contact sidewalls of the pair of separator dielectric structures , and having a pair of second sidewalls that protrude outward beyond the pair of separator dielectric structures along a second lateral direction (ld2), wherein the first sidewalls are laterally recessed inward along the first lateral direction (ld1) from substantially vertical edges of the pair of second sidewalls , and wherein the angle between the first lateral direction (ld1) and the second lateral direction (ld2) is 90 degrees; the memory device characterised in that : the vertical semiconductor channel comprises: a pair of convex outer sidewalls that are separated from a respective second sidewall of the memory stack structure by a thickness of the memory film ; and a pair of concave outer sidewalls that are separated from a respective first sidewall of the memory stack structure by the thickness of the memory film . a pair of convex outer sidewalls that are separated from a respective second sidewall of the memory stack structure by a thickness of the memory film ; and a pair of concave outer sidewalls that are separated from a respective first sidewall of the memory stack structure by the thickness of the memory film .
A one-way damper mechanism , comprising: a gear-holding member provided with a gear engaging with a rack , and moving relatively to the rack ; and a damper-holding member provided with a rotary damper , and moving relatively to the rack , wherein the one-way damper mechanism changes between a braking state where the gear and the rotary damper are engaged, and a release state where the gear and the rotary damper are separated, characterized in that a rack-main member portion passes through a damper-holding-member hole portion of the damper-holding member and a gear-holding-member hole portion of the gear-holding member , respectively. a gear-holding member provided with a gear engaging with a rack , and moving relatively to the rack ; and a damper-holding member provided with a rotary damper , and moving relatively to the rack , wherein the one-way damper mechanism changes between a braking state where the gear and the rotary damper are engaged, and a release state where the gear and the rotary damper are separated, characterized in that a rack-main member portion passes through a damper-holding-member hole portion of the damper-holding member and a gear-holding-member hole portion of the gear-holding member , respectively.
A method for an apparatus for a UE, user equipment , the method comprising: receiving a RRC, radio resource control, configuration, for identifying a RLC-Rx, radio link control receive, link source of packets; decoding, for storage in a memory of the apparatus, a first packet at a first RLC-Rx link; decoding, for storage in the memory, a second packet at a second RLC-Rx link; determining, in a PDCP, packet data convergence protocol, entity, a first sequence number, SN, and a first hyper frame number, HFN, of the first packet decoded at the first RLC-Rx link and a second SN and a second HFN of the second packet decoded at the second RLC-Rx link, wherein the first HFN comprises one or more first HFN bits and the second HFN comprises one or more second HFN bits; and removing, at the PDCP entity and in advance of delivery of the first and second packets to an upper layer, the second packet decoded at the second RLC-Rx link based at least in part on the second SN and at least one of one or more the second HFN bits being a duplicate of the first SN and at least one of the one or more first HFN bits; determining, at the PDCP entity or a RRC entity, that a RLC route is to be switched between the first RLC-Rx link and the second RLC-Rx link; notifying, using a PDCP-Tx, PDCP transmitter, that the RLC route has switched; and reestablishing, using the RRC entity of the UE , a RLC entity. receiving a RRC, radio resource control, configuration, for identifying a RLC-Rx, radio link control receive, link source of packets; decoding, for storage in a memory of the apparatus, a first packet at a first RLC-Rx link; decoding, for storage in the memory, a second packet at a second RLC-Rx link; determining, in a PDCP, packet data convergence protocol, entity, a first sequence number, SN, and a first hyper frame number, HFN, of the first packet decoded at the first RLC-Rx link and a second SN and a second HFN of the second packet decoded at the second RLC-Rx link, wherein the first HFN comprises one or more first HFN bits and the second HFN comprises one or more second HFN bits; and removing, at the PDCP entity and in advance of delivery of the first and second packets to an upper layer, the second packet decoded at the second RLC-Rx link based at least in part on the second SN and at least one of one or more the second HFN bits being a duplicate of the first SN and at least one of the one or more first HFN bits; determining, at the PDCP entity or a RRC entity, that a RLC route is to be switched between the first RLC-Rx link and the second RLC-Rx link; notifying, using a PDCP-Tx, PDCP transmitter, that the RLC route has switched; and reestablishing, using the RRC entity of the UE , a RLC entity.
An orthopedic implanted screw, for implanting into a bone, comprising: a fixed seat , the fixed seat comprising a seat body , a deformation limiting portion and a taper portion , the seat body is provided with a limiting cavity , a top avoiding opening and a bottom avoiding opening communicating with the limiting cavity , the deformation limiting portion is provided on an inner wall surface of the seat body and protrudes toward an inside of the limiting cavity , the deformation limiting portion is provided at the top avoiding opening , and the taper portion is convexly provided on an outer wall surface of the seat body ; and a screw body , the screw body being detachably mounted on the fixed seat , the screw body being configured to drill into the bone in a rotating mode, a part of the screw body being limited in the limiting cavity by the inner wall surface of the seat body and the deformation limiting portion , another part of the screw body drilling into the bone after passing through the bottom avoiding opening , and the screw body provided in the limiting cavity abutting against the inner wall surface of the seat body so that the taper portion drills into the bone, to accordingly prevent the screw body from dropping out of the bone, characterized in that , the orthopedic implanted screw further comprises a pad , the pad is provided on an outer wall surface of the fixed seat , the taper portion passes through the pad , and an interior of the pad is provided with a plurality of micropore structures . a fixed seat , the fixed seat comprising a seat body , a deformation limiting portion and a taper portion , the seat body is provided with a limiting cavity , a top avoiding opening and a bottom avoiding opening communicating with the limiting cavity , the deformation limiting portion is provided on an inner wall surface of the seat body and protrudes toward an inside of the limiting cavity , the deformation limiting portion is provided at the top avoiding opening , and the taper portion is convexly provided on an outer wall surface of the seat body ; and a screw body , the screw body being detachably mounted on the fixed seat , the screw body being configured to drill into the bone in a rotating mode, a part of the screw body being limited in the limiting cavity by the inner wall surface of the seat body and the deformation limiting portion , another part of the screw body drilling into the bone after passing through the bottom avoiding opening , and the screw body provided in the limiting cavity abutting against the inner wall surface of the seat body so that the taper portion drills into the bone, to accordingly prevent the screw body from dropping out of the bone, characterized in that , the orthopedic implanted screw further comprises a pad , the pad is provided on an outer wall surface of the fixed seat , the taper portion passes through the pad , and an interior of the pad is provided with a plurality of micropore structures .