mhurhangee/patent-ind-claim-en huggingface dataset:
An inspection and sorting system comprising: a conveying means configured to convey articles (P); an inspection device configured to inspect the articles (P) conveyed by the conveying means ; and a sorting device having a sorting mechanism being configured to execute a sorting operation in which the articles (P) conveyed by the conveying means are sorted, wherein the sorting device has a first receiving component configured to receive sorting information relating to the sorting of the articles (P) based on an inspection result of the inspection device ; characterised in that the sorting device has a second receiving component configured to receive a fixed-interval reference signal (S) relating to the conveyance by the conveying means , the reference signal (S) being a signal transmitted to the second receiving component , independently from an inspection process of the inspection device , each time the conveying means conveys a first distance; and a sorting mechanism control component configured to control the sorting mechanism to execute the sorting operation based on the sorting information at a timing adjusted by the reference signal (S). a conveying means configured to convey articles (P); an inspection device configured to inspect the articles (P) conveyed by the conveying means ; and a sorting device having a sorting mechanism being configured to execute a sorting operation in which the articles (P) conveyed by the conveying means are sorted, wherein the sorting device has a first receiving component configured to receive sorting information relating to the sorting of the articles (P) based on an inspection result of the inspection device ; characterised in that the sorting device has a second receiving component configured to receive a fixed-interval reference signal (S) relating to the conveyance by the conveying means , the reference signal (S) being a signal transmitted to the second receiving component , independently from an inspection process of the inspection device , each time the conveying means conveys a first distance; and a sorting mechanism control component configured to control the sorting mechanism to execute the sorting operation based on the sorting information at a timing adjusted by the reference signal (S). a second receiving component configured to receive a fixed-interval reference signal (S) relating to the conveyance by the conveying means , the reference signal (S) being a signal transmitted to the second receiving component , independently from an inspection process of the inspection device , each time the conveying means conveys a first distance; and a sorting mechanism control component configured to control the sorting mechanism to execute the sorting operation based on the sorting information at a timing adjusted by the reference signal (S).
A clothes dryer comprising: a casing in which a first drum is provided, the casing being formed with an introduction opening of clothes; and a door provided at the casing to open or close the introduction opening , the door comprising a drum assembly , wherein the drum assembly comprises: a second drum to be rotatable; a first cover disposed at a first side of the second drum ; and a second cover disposed at a second side of the second drum , characterized in that : the first cover is provided with a first roller device configured to guide rotation of the second drum , the second cover is provided with a second roller device configured to guide the rotation of the second drum , and the first cover is formed with a through-hole for communicating an inner space of the first drum with an inner space of the second drum , to supply dry air that is present in the first drum into the second drum . a casing in which a first drum is provided, the casing being formed with an introduction opening of clothes; and a door provided at the casing to open or close the introduction opening , the door comprising a drum assembly , wherein the drum assembly comprises: a second drum to be rotatable; a first cover disposed at a first side of the second drum ; and a second cover disposed at a second side of the second drum , a second drum to be rotatable; a first cover disposed at a first side of the second drum ; and a second cover disposed at a second side of the second drum , characterized in that : the first cover is provided with a first roller device configured to guide rotation of the second drum , the second cover is provided with a second roller device configured to guide the rotation of the second drum , and the first cover is formed with a through-hole for communicating an inner space of the first drum with an inner space of the second drum , to supply dry air that is present in the first drum into the second drum . the first cover is provided with a first roller device configured to guide rotation of the second drum , the second cover is provided with a second roller device configured to guide the rotation of the second drum , and the first cover is formed with a through-hole for communicating an inner space of the first drum with an inner space of the second drum , to supply dry air that is present in the first drum into the second drum .
A camera lens system for an endoscope comprising at least three lenses, wherein the first lens , when starting from the object side, is a negative lens, all following lenses moving toward the image side are positive lenses, characterized in that the system comprises the following features: a) 45 < V1d < 75; b) | V1d - V2d | < 10; c) | V1d - V3d | < 10; d) | V2d - V3d | < 10; e) 1,45 < n1d < 1,75; f) | n1d - n2d | < 0,1; g) | n1d - n3d | < 0,1; h) | n2d - n3d | < 0,1; i) 0,4 mm < f < 0,7 mm; j) -3 < f1/f < -2; k) 1,1 < f2/f < 1,3; l) 2,5 < f3/f < 3,5, wherein V1d, V2d and V3d are the Abbe numbers of the first, second and third lens respectively, n1d, n2d and n3d are the refractive indices of the first, second and third lens respectively, f is the focal length of the objective of the system , f1, f2 and f3 are the focal lengths in mm of the first, second and third lens respectively. a) 45 < V1d < 75; b) | V1d - V2d | < 10; c) | V1d - V3d | < 10; d) | V2d - V3d | < 10; e) 1,45 < n1d < 1,75; f) | n1d - n2d | < 0,1; g) | n1d - n3d | < 0,1; h) | n2d - n3d | < 0,1; i) 0,4 mm < f < 0,7 mm; j) -3 < f1/f < -2; k) 1,1 < f2/f < 1,3; l) 2,5 < f3/f < 3,5,
A mounted hollow-core fibre arrangement comprising: a hollow-core photonic crystal fibre (202, OF) having a microstructure comprising a single ring structure with a plurality of capillaries (203, 210, CAP) surrounding the hollow core (201, HC); and a mount arrangement comprising a plurality of mounting contacts (MC) configured to apply a force to an outer layer of the hollow-core fibre (202, OF); wherein a portion of the hollow-core fibre (202, OF) is located in a receiving region of the mount arrangement; the plurality of mounting contacts (MC) are positioned equispaced around the receiving region ; and the mounting contacts (MC) are distributed around the receiving region and spaced apart by N equispaced degree intervals, the distribution of the mounting contacts (MC) matching a distribution of the capillaries of the microstructure of the hollow-core fibre (202, OF) which are spaced apart by N or 2N equispaced degree intervals,. a hollow-core photonic crystal fibre (202, OF) having a microstructure comprising a single ring structure with a plurality of capillaries (203, 210, CAP) surrounding the hollow core (201, HC); and a mount arrangement comprising a plurality of mounting contacts (MC) configured to apply a force to an outer layer of the hollow-core fibre (202, OF); a portion of the hollow-core fibre (202, OF) is located in a receiving region of the mount arrangement; the plurality of mounting contacts (MC) are positioned equispaced around the receiving region ; and the mounting contacts (MC) are distributed around the receiving region and spaced apart by N equispaced degree intervals, the distribution of the mounting contacts (MC) matching a distribution of the capillaries of the microstructure of the hollow-core fibre (202, OF) which are spaced apart by N or 2N equispaced degree intervals,.
A composition comprising a muco-adhesive polymer and one or more nano-carriers, wherein: (a) a first mucoadhesive surface of the muco-adhesive polymer is characterized by a volume by volume (v/v) crosslinking degree of less than 0.5%; (b) a second surface of the muco-adhesive polymer is characterized by a v/v crosslinking degree of at least 3%; (c) said one or more nano-carriers are entrapped within said muco-adhesive polymer; (d) said one or more nano-carriers comprise at least one therapeutic or diagnostic agent, said one or more nano-carrier are liposomes; wherein said muco-adhesive polymer is selected from the group consisting of alginate, pectin, hyaluronic acid, an acrylated polymer, or any combination thereof; and wherein at least 0.5% to 60%, by total volume of said muco-adhesive polymer, are crosslinked via a crosslinking agent. (a) a first mucoadhesive surface of the muco-adhesive polymer is characterized by a volume by volume (v/v) crosslinking degree of less than 0.5%; (b) a second surface of the muco-adhesive polymer is characterized by a v/v crosslinking degree of at least 3%; (c) said one or more nano-carriers are entrapped within said muco-adhesive polymer; (d) said one or more nano-carriers comprise at least one therapeutic or diagnostic agent, said one or more nano-carrier are liposomes; wherein said muco-adhesive polymer is selected from the group consisting of alginate, pectin, hyaluronic acid, an acrylated polymer, or any combination thereof; and wherein at least 0.5% to 60%, by total volume of said muco-adhesive polymer, are crosslinked via a crosslinking agent.
An approaching vehicle detection apparatus configured to be used with a hybrid vehicle including a combustion engine and an electric motor, the apparatus comprising: a sound information detection unit configured to detect sound information around an own vehicle; a sound source detection unit configured to detect a sound source around the own vehicle based on the detected sound information; an approaching vehicle determination unit configured to determine whether the sound source is a vehicle approaching the own vehicle; an own vehicle sound suppression determination unit which determines whether the own vehicle sound is able to be suppressed by changing the vehicle state of the own vehicle from the current state; and a vehicle state changing unit wherein the vehicle state changing unit is configured to, when the own vehicle sound generated from the own vehicle is able to be suppressed by changing the vehicle state of the own vehicle, change a vehicle state of the own vehicle to a vehicle state where the own vehicle sound is suppressed , the approaching vehicle determination unit is configured to determine whether the sound source detected after the suppression of the own vehicle sound is the vehicle approaching the own vehicle, and the vehicle state changing unit is configured to suppress the own vehicle sound in the current hybrid mode or engine mode by one of: changing the vehicle state of the own vehicle to a travel state only using a power of the electric motor when the own vehicle is able to travel only by a power of the electric motor or stopping the engine when the combustion engine is able to be stopped. a sound information detection unit configured to detect sound information around an own vehicle; a sound source detection unit configured to detect a sound source around the own vehicle based on the detected sound information; an approaching vehicle determination unit configured to determine whether the sound source is a vehicle approaching the own vehicle; an own vehicle sound suppression determination unit which determines whether the own vehicle sound is able to be suppressed by changing the vehicle state of the own vehicle from the current state; and a vehicle state changing unit wherein the vehicle state changing unit is configured to, when the own vehicle sound generated from the own vehicle is able to be suppressed by changing the vehicle state of the own vehicle, change a vehicle state of the own vehicle to a vehicle state where the own vehicle sound is suppressed , the approaching vehicle determination unit is configured to determine whether the sound source detected after the suppression of the own vehicle sound is the vehicle approaching the own vehicle, and the vehicle state changing unit is configured to suppress the own vehicle sound in the current hybrid mode or engine mode by one of: changing the vehicle state of the own vehicle to a travel state only using a power of the electric motor when the own vehicle is able to travel only by a power of the electric motor or stopping the engine when the combustion engine is able to be stopped.
A method of performing a handover by a user equipment, UE, in a wireless communication system, the method comprising: receiving a handover command from a serving cell; obtaining system information of a target cell from the serving cell with the handover command when performing inter-cell interference coordination, ICIC, for the serving cell and the target cell, wherein the UE recognizes that the ICIC is performed when i) a subframe set for restricted measurement is received, ii) an almost blank subframe, ABS configuration is received, iii) an adjustment of a threshold related to a criterion of a measurement report is received and iv) signaling indicating not to decode a physical broadcasting channel, PBCH, is received, obtaining synchronization of the target cell, and performing a random access procedure for the target cell based on the handover command; wherein the system information includes a subframe offset when a time boundary is matched with each other between the serving cell and the target cell, and wherein obtaining synchronization of the target cell is based on a subframe number of the serving cell and the subframe offset. receiving a handover command from a serving cell; obtaining system information of a target cell from the serving cell with the handover command when performing inter-cell interference coordination, ICIC, for the serving cell and the target cell, wherein the UE recognizes that the ICIC is performed when i) a subframe set for restricted measurement is received, ii) an almost blank subframe, ABS configuration is received, iii) an adjustment of a threshold related to a criterion of a measurement report is received and iv) signaling indicating not to decode a physical broadcasting channel, PBCH, is received, obtaining synchronization of the target cell, and performing a random access procedure for the target cell based on the handover command; wherein the system information includes a subframe offset when a time boundary is matched with each other between the serving cell and the target cell, and wherein obtaining synchronization of the target cell is based on a subframe number of the serving cell and the subframe offset.
A capped barrel system for aging liquids comprising: a barrel including: a plurality of staves made of a wood suitable for aging liquids, at least one hoop for holding the staves together, a head coupled to the staves, a bunghole formed in the head, and an exterior surface formed at least in part by the plurality of staves; and a barrel cap removably couplable to the barrel and including: a lid including a top portion positionable above the head of the barrel and a rim extending downwardly from the top portion, wherein the rim includes an inner surface , and an outer surface ; an opening formed in the top portion of the lid that is generally aligned with the bunghole when the barrel cap is coupled to the barrel; and a closure removably positioned in the opening to seal the opening; characterized in that the rim further includes a seal that defines at least a portion of the inner surface and is co-operable with the exterior surface of the barrel to provide a gas tight fit between the barrel and the barrel cap. a barrel including: a plurality of staves made of a wood suitable for aging liquids, at least one hoop for holding the staves together, a head coupled to the staves, a bunghole formed in the head, and an exterior surface formed at least in part by the plurality of staves; and a plurality of staves made of a wood suitable for aging liquids, at least one hoop for holding the staves together, a head coupled to the staves, a bunghole formed in the head, and an exterior surface formed at least in part by the plurality of staves; and a barrel cap removably couplable to the barrel and including: a lid including a top portion positionable above the head of the barrel and a rim extending downwardly from the top portion, wherein the rim includes an inner surface , and an outer surface ; an opening formed in the top portion of the lid that is generally aligned with the bunghole when the barrel cap is coupled to the barrel; and a closure removably positioned in the opening to seal the opening; a lid including a top portion positionable above the head of the barrel and a rim extending downwardly from the top portion, wherein the rim includes an inner surface , and an outer surface ; an opening formed in the top portion of the lid that is generally aligned with the bunghole when the barrel cap is coupled to the barrel; and a closure removably positioned in the opening to seal the opening;
Afresh air panel assembly , comprising: a fresh air panel having an air outlet structure ; and a mounting plate , wherein the fresh air panel is mounted on a surface of the mounting plate , the mounting plate defines a vent penetrating through the mounting plate , and the vent corresponds to the air outlet structure , characterized in that : the air outlet structure is an air diffusing micro hole structure or an air outlet grille structure; the fresh air panel assembly is a bending member; one of the fresh air panel and the mounting plate is provided with a reinforcing rib , while the other one is provided with a reinforcing groove , and the reinforcing rib is disposed in the reinforcing groove ; and a surface of the fresh air panel facing the mounting plate is attached to a surface of the mounting plate . a fresh air panel having an air outlet structure ; and a mounting plate , wherein the fresh air panel is mounted on a surface of the mounting plate , the mounting plate defines a vent penetrating through the mounting plate , and the vent corresponds to the air outlet structure , characterized in that : the air outlet structure is an air diffusing micro hole structure or an air outlet grille structure; the fresh air panel assembly is a bending member; one of the fresh air panel and the mounting plate is provided with a reinforcing rib , while the other one is provided with a reinforcing groove , and the reinforcing rib is disposed in the reinforcing groove ; and a surface of the fresh air panel facing the mounting plate is attached to a surface of the mounting plate . the air outlet structure is an air diffusing micro hole structure or an air outlet grille structure; the fresh air panel assembly is a bending member; one of the fresh air panel and the mounting plate is provided with a reinforcing rib , while the other one is provided with a reinforcing groove , and the reinforcing rib is disposed in the reinforcing groove ; and a surface of the fresh air panel facing the mounting plate is attached to a surface of the mounting plate .
Press shell for a press device for the treatment of a fibrous web, comprising at least one polymer layer, where the polymer layer comprises, or has been produced from, a polyurethane, where the polyurethane is composed of a prepolymer and of a crosslinking agent, and the prepolymer is a reaction product of phenylene 1,4-diisocyanate (PPDI) and of a polyol, where the crosslinking agent comprises the following components: a first component (K1) comprising 1,4-butanediol (BDO) or 1,4-hydroquinone bis(2-hydroxyethyl) ether (HQEE), a second component (K2) comprising at least one aliphatic diamine, a third component (K3) comprising at least one alkanolamine. a first component (K1) comprising 1,4-butanediol (BDO) or 1,4-hydroquinone bis(2-hydroxyethyl) ether (HQEE), a second component (K2) comprising at least one aliphatic diamine, a third component (K3) comprising at least one alkanolamine.
A method for treating hair comprising the steps of: • applying to the hair a first formulation, comprising an at least bi-functional Brönsted-base which is 4,7,10-Trioxa-1,13-tridecanediamine, 4,9-Dioxa-1,12-dodecanediamine or 1,11-Diamino-3,6,9-trioxaundecane, (1. Step) and • applying to the hair a second formulation, comprising an at least bi-functional Brönsted-acid which can react with the amine groups of the hair and which is maleic acid, malic acid or a mixture of fumaric acid and itaconic acid (2. Step), and at least one fatty alcohol, which is cetyl alcohol, cetearyl alcohol or 1-dodecanol, characterized in that • the first formulation is applied before the second formulation is, and the first formulation has a pH of 7 to 12 and the at least bi-functional Bronsted-base is present in a concentration range of 0,1 to 25 percent by weight, and the second formulation has a pH of 1,5 to 7, and the at least bi-functional Bronsted-acid is present in a concentration range of 0,01 to 0,99 percent by weight, and the at least one fatty alcohol, which is cetyl alcohol, cetearyl alcohol or 1-dodecanol, is present in a concentration range of 0,1 to 25 percent by weight. • applying to the hair a first formulation, comprising an at least bi-functional Brönsted-base which is 4,7,10-Trioxa-1,13-tridecanediamine, 4,9-Dioxa-1,12-dodecanediamine or 1,11-Diamino-3,6,9-trioxaundecane, (1. Step) and • applying to the hair a second formulation, comprising an at least bi-functional Brönsted-acid which can react with the amine groups of the hair and which is maleic acid, malic acid or a mixture of fumaric acid and itaconic acid (2. Step), and at least one fatty alcohol, which is cetyl alcohol, cetearyl alcohol or 1-dodecanol, • the first formulation is applied before the second formulation is, and the first formulation has a pH of 7 to 12 and the at least bi-functional Bronsted-base is present in a concentration range of 0,1 to 25 percent by weight, and the second formulation has a pH of 1,5 to 7, and the at least bi-functional Bronsted-acid is present in a concentration range of 0,01 to 0,99 percent by weight, and the at least one fatty alcohol, which is cetyl alcohol, cetearyl alcohol or 1-dodecanol, is present in a concentration range of 0,1 to 25 percent by weight.