mhurhangee/patent-ind-claim-en huggingface dataset:
A vehicle comprising a cabin provided with a control system for managing the conditioning of said cabin, said control system comprises a first and a second mechanical knob regulator , each of said first and second mechanical knob regulators comprising a central portion and an annular portion rotating around the respective central portion , each of said central portions being divided into several parts (3b', 3b", 3b′′′, 4b', 4b", 4b′′′) selectable by the user, each annular portion including at least one indicating portion configured to indicate the relative angular position between said annular portion and the respective central portion , said parts (3b', 3b", 3b′′′, 4b', 4b", 4b′′′) and said annular portions being connected to a control unit of a conditioning system of said vehicle, wherein said first mechanical knob regulator is configured to control the temperature value of an air flow that can be supplied by said conditioning system and said second mechanical knob regulator is configured to control the flow rate value of an air flow that can be supplied by said conditioning system, characterized in that the parts (4b', 4b", 4b′′′) of said second mechanical knob regulator are configured to select the area of said air flow, and said parts (4b', 4b", 4b′′′) of said second mechanical knob regulator are selectable individually or in combination. said parts (3b', 3b", 3b′′′, 4b', 4b", 4b′′′) and said annular portions being connected to a control unit of a conditioning system of said vehicle, wherein said first mechanical knob regulator is configured to control the temperature value of an air flow that can be supplied by said conditioning system and said second mechanical knob regulator is configured to control the flow rate value of an air flow that can be supplied by said conditioning system, characterized in that the parts (4b', 4b", 4b′′′) of said second mechanical knob regulator are configured to select the area of said air flow, and said parts (4b', 4b", 4b′′′) of said second mechanical knob regulator are selectable individually or in combination.
A packaged product comprising: a first compartment ; a second compartment separated from the first compartment ; a first article in the first compartment ; a second article in the second compartment ; and a film having a first portion and a second portion , wherein the first portion forms at least a portion of the first compartment and wherein the second portion forms at least a portion of the second compartment , said packaged product being characterised in that the first portion of the film has permeation rate of a migratory species less than the second portion of the film , wherein the first portion of the film comprises a barrier coating to reduce permeation of the migratory species through the first portion of the film relative to the second portion of the film . a first compartment ; a second compartment separated from the first compartment ; a first article in the first compartment ; a second article in the second compartment ; and a film having a first portion and a second portion , wherein the first portion forms at least a portion of the first compartment and wherein the second portion forms at least a portion of the second compartment , said packaged product being characterised in that the first portion of the film has permeation rate of a migratory species less than the second portion of the film , wherein the first portion of the film comprises a barrier coating to reduce permeation of the migratory species through the first portion of the film relative to the second portion of the film .
A system , comprising: a cutting sub-system arranged for cutting a box into a first half and a second half and comprising at least one pair of cutting elements ; a dunnage gripper sub-system arranged downstream of the cutting sub-system and comprising a dunnage gripper configured to selectively grip and release a portion of the box ; characterised in that the system further comprises a robotic system comprising at least a first robotic arm and a second robotic arm , the first robotic arm comprising a first plurality of grippers configured to selectively grip and release items contained in the box , the second robotic arm comprising a second plurality of grippers configured to selectively position the items into a tote positioned at a second predetermined location. a cutting sub-system arranged for cutting a box into a first half and a second half and comprising at least one pair of cutting elements ; a dunnage gripper sub-system arranged downstream of the cutting sub-system and comprising a dunnage gripper configured to selectively grip and release a portion of the box ; characterised in that the system further comprises a robotic system comprising at least a first robotic arm and a second robotic arm , the first robotic arm comprising a first plurality of grippers configured to selectively grip and release items contained in the box , the second robotic arm comprising a second plurality of grippers configured to selectively position the items into a tote positioned at a second predetermined location.
A train number identification method, comprising: continuously photographing (S202) a train under inspection by using a linear-array camera in motion relative to the train under inspection, and generating a plurality of partial images of the train; splicing (S204) the plurality of partial images of the train to obtain a spliced image; correcting (S206) distortion of the spliced image to obtain a corrected image; identifying (S208) a train number from the corrected image; wherein the correcting distortion of the spliced image comprises: extracting a contour of a wheel from the spliced image; obtaining a ratio between a horizontal diameter and a vertical diameter of the wheel from the contour; if the ratio is greater than a first preset threshold, horizontally compressing the spliced image according to the ratio; and if the ratio is smaller than a second preset threshold, horizontally stretching the spliced image. continuously photographing (S202) a train under inspection by using a linear-array camera in motion relative to the train under inspection, and generating a plurality of partial images of the train; splicing (S204) the plurality of partial images of the train to obtain a spliced image; correcting (S206) distortion of the spliced image to obtain a corrected image; identifying (S208) a train number from the corrected image; wherein the correcting distortion of the spliced image comprises: extracting a contour of a wheel from the spliced image; obtaining a ratio between a horizontal diameter and a vertical diameter of the wheel from the contour; if the ratio is greater than a first preset threshold, horizontally compressing the spliced image according to the ratio; and if the ratio is smaller than a second preset threshold, horizontally stretching the spliced image. extracting a contour of a wheel from the spliced image; obtaining a ratio between a horizontal diameter and a vertical diameter of the wheel from the contour; if the ratio is greater than a first preset threshold, horizontally compressing the spliced image according to the ratio; and if the ratio is smaller than a second preset threshold, horizontally stretching the spliced image.
A vehicle , in particular an agricultural working machine, having at least one exhaust gas system assembly , with an internal combustion engine , with at least one first exhaust gas system component , wherein the first exhaust gas system component is disposed outside an engine compartment of the vehicle , in particular substantially vertically, with a housing which surrounds the exterior of at least the first exhaust gas system component , with a support element immobilized on the vehicle side in order to receive at least the first exhaust gas system component and/or the housing , and with an exhaust gas pipe disposed on the first exhaust gas system component on the vehicle side for guiding the exhaust gases from the internal combustion engine to the first exhaust gas system component , wherein the exhaust gas system assembly has at least one first sensor device at least part of which is disposed inside the support element , characterized in that at least one fastening element for receiving the at least one first sensor device is provided and which is disposed in the interior of the support element .
An electrical connector assembly comprising: at least one internal resiliently flexible spring insert within a compression or crimp connector body , or in a bolted compression connector body, which at least one spring insert is in contact with a multi-strand electrical conductor so that the multi-strand electrical conductor is in direct physical contact with and connected electrically to the compression, crimp or bolted compression connector body , wherein the at least one spring insert is inserted into the connector body , and is mechanically deformed by compression in the electrical connector assembly caused by application of a compressive force, and wherein the at least one spring insert generates and maintains a springback force on the multi-strand electrical conductor after the applied compressive force is removed. at least one internal resiliently flexible spring insert within a compression or crimp connector body , or in a bolted compression connector body, which at least one spring insert is in contact with a multi-strand electrical conductor so that the multi-strand electrical conductor is in direct physical contact with and connected electrically to the compression, crimp or bolted compression connector body , wherein the at least one spring insert is inserted into the connector body , and is mechanically deformed by compression in the electrical connector assembly caused by application of a compressive force, and wherein the at least one spring insert generates and maintains a springback force on the multi-strand electrical conductor after the applied compressive force is removed.
A multijunction solar cell comprising: an upper solar subcell (B) having a first band gap; an upper barrier layer , composed of n-type InGa(Al)P, below the upper solar subcell (B), which upper barrier layer is intended to prevent threading dislocations from propagating; a first graded interlayer , which is a compositionally step-graded series of InGaAlAs layers, below and adjacent to said upper barrier layer ; said first graded interlayer having a second band gap greater than said first band gap; a n+ type GaInP lower barrier layer below and adjacent the first graded interlayer , the lower barrier layer having a different composition than that of the upper barrier layer and being intended to prevent threading dislocations from propagating; a middle solar subcell (C) below and adjacent to said first graded interlayer , said middle subcell (C) having a third band gap smaller than said first band gap such that said middle subcell (C) is lattice mismatched with respect to said upper subcell (B); a second graded interlayer , which is a compositionally step-graded series of InGaAlAs layers, below and adjacent to said middle solar subcell (C), said second graded interlayer having a fourth band gap greater than said third band gap; and a lower solar subcell (D) below and adjacent to said second graded interlayer , said lower subcell (D) having a fifth band gap smaller than said third band gap such that said lower subcell (D) is lattice mismatched with respect to said middle subcell (C). an upper solar subcell (B) having a first band gap; an upper barrier layer , composed of n-type InGa(Al)P, below the upper solar subcell (B), which upper barrier layer is intended to prevent threading dislocations from propagating; a first graded interlayer , which is a compositionally step-graded series of InGaAlAs layers, below and adjacent to said upper barrier layer ; said first graded interlayer having a second band gap greater than said first band gap; a n+ type GaInP lower barrier layer below and adjacent the first graded interlayer , the lower barrier layer having a different composition than that of the upper barrier layer and being intended to prevent threading dislocations from propagating; a middle solar subcell (C) below and adjacent to said first graded interlayer , said middle subcell (C) having a third band gap smaller than said first band gap such that said middle subcell (C) is lattice mismatched with respect to said upper subcell (B); a second graded interlayer , which is a compositionally step-graded series of InGaAlAs layers, below and adjacent to said middle solar subcell (C), said second graded interlayer having a fourth band gap greater than said third band gap; and a lower solar subcell (D) below and adjacent to said second graded interlayer , said lower subcell (D) having a fifth band gap smaller than said third band gap such that said lower subcell (D) is lattice mismatched with respect to said middle subcell (C).
Stud comprising: - a base for fixing to a sole of a studded shoe or boot, this base coming to bear against the underside face of the sole, - a stud body at least partially delineating the external surface of the stud, - a connecting part connecting the body to the base, characterized in that this part connects the body to the base in such a way as to allow the body to move relative to the base under the effect of a load applied to the body of the stud by the wearer of the shoe or boot, - at least one sensor (40; 41) sensitive to a movement of said body and/or to a deformation of the connecting part during this movement. - a base for fixing to a sole of a studded shoe or boot, this base coming to bear against the underside face of the sole, - a stud body at least partially delineating the external surface of the stud, - a connecting part connecting the body to the base, characterized in that this part connects the body to the base in such a way as to allow the body to move relative to the base under the effect of a load applied to the body of the stud by the wearer of the shoe or boot, - at least one sensor (40; 41) sensitive to a movement of said body and/or to a deformation of the connecting part during this movement.
A borehole mapping tool for mapping a location of a borehole , comprising: a probe casing having first and second ends , said probe casing defining an interior conduit therein; a location probe mounted within the interior conduit defined by said probe casing ; an outer casing having first and second ends , said outer casing surrounding said probe casing so that an interior space is defined between said outer casing and said probe casing , said outer casing being sized to be closely received by the borehole ; a first end cap mounted to the first end of said outer casing , said first end cap defining an opening therein that is sized to receive the first end of the probe casing so that the first end of said probe casing extends beyond said first end cap ; and a second end cap mounted to the second end of said outer casing , said second end cap defining an opening therein that is sized to receive the second end of the probe casing so that the second end of said probe casing extends beyond said second end cap . a probe casing having first and second ends , said probe casing defining an interior conduit therein; a location probe mounted within the interior conduit defined by said probe casing ; an outer casing having first and second ends , said outer casing surrounding said probe casing so that an interior space is defined between said outer casing and said probe casing , said outer casing being sized to be closely received by the borehole ; a first end cap mounted to the first end of said outer casing , said first end cap defining an opening therein that is sized to receive the first end of the probe casing so that the first end of said probe casing extends beyond said first end cap ; and a second end cap mounted to the second end of said outer casing , said second end cap defining an opening therein that is sized to receive the second end of the probe casing so that the second end of said probe casing extends beyond said second end cap .
Kitchen appliance for preparing food in a pan , having a locking system, having the components - a pan receiving apparatus of the basic machine with a cylindrical or conical wall segment , - a pan which corresponds in shape to the pan receiving apparatus , wherein the pan in the pan receiving apparatus rests against the cylindrical or conical wall segment , or is directly adjacent thereto, - a pan ring , which can be detachably connected to the edge of the pan , wherein the pan ring together with the wall of the pan forms a cover, wherein the fold of the cover as part of the pan ring is at a distance from the pan wall , and wherein the fold engages behind the cylindrical or conical wall segment , characterised in that a depression is arranged as a catch on the exterior of the fold , in which depression an actuatable locking pin engages, which projects from an extension of the cylindrical or conical wall segment. - a pan receiving apparatus of the basic machine with a cylindrical or conical wall segment , - a pan which corresponds in shape to the pan receiving apparatus , - a pan ring , which can be detachably connected to the edge of the pan , wherein the pan ring together with the wall of the pan forms a cover, wherein the fold of the cover as part of the pan ring is at a distance from the pan wall , and
A squeeze bottle integrally comprising: a container body including a housing portion for housing a liquid composition and a spout connected to the housing portion ; and a lid joined to the container body so as to seal an opening of the spout , wherein the container body contains a resin containing cyclic olefins and polyethylenes, and wherein a total content of the cyclic olefins in a resin layer containing the cyclic olefins and the polyethylenes in contact with the liquid composition is 55% to 99% by mass based on a total amount of the resin containing the cyclic olefins and the polyethylenes. a container body including a housing portion for housing a liquid composition and a spout connected to the housing portion ; and a lid joined to the container body so as to seal an opening of the spout , wherein the container body contains a resin containing cyclic olefins and polyethylenes, and wherein a total content of the cyclic olefins in a resin layer containing the cyclic olefins and the polyethylenes in contact with the liquid composition is 55% to 99% by mass based on a total amount of the resin containing the cyclic olefins and the polyethylenes.
Laying nest , comprising a floor , a roof and side walls including a first side wall , comprising an entry opening , and a second side wall , opposite to said first side wall and comprising a discharge opening , wherein said floor is arranged rotatable about a first rotation axis which is parallel to said first side wall and adjacent thereto, and further rotatable about a second rotation axis which is parallel to said second side wall and adjacent thereto, said laying nest is provided with a driving arrangement for rotating said floor about said first rotation axis and said second rotation axis, said driving arrangement comprising a rotation shaft , characterized in that : said rotation shaft is arranged below said floor , substantially at a middle position, which rotation shaft is rotatable in both opposite directions, and said driving arrangement further comprises a rocker , which is integral to said rotation shaft and comprises two diametrically opposed arms which are arranged for coming into contact with and exerting a pressure onto a first side of said floor , which is parallel and adjacent to said first side wall and onto a second side of said floor , which is parallel and adjacent to said second side wall respectively, for causing rotation of said floor in said first direction or in said second, opposite direction.
Non-therapeutic use of an enzymatically synthesized glycogen (ESG) or an α-amylase digest thereof (RG) for enhancing antioxidative capacity by promoting antioxidant enzyme production, wherein ESG or RG is applied to the skin as an antioxidant cosmetic or UV care cosmetic to enhance antioxidative capacity in the skin, wherein the cosmetic contains, in addition to ESG or RG, at least one member selected from the group consisting of moisturizing components, skin-whitening components, ultraviolet absorbers/scattering agents, anti-inflammatory agents, cell activators, surfactants antioxidants, and fragrance, colors, and blood circulation enhancers, wherein the enzymatically synthesized glycogen (ESG) is one produced by allowing a branching enzyme capable of synthesizing glycogen to act on a substrate in a solution to thereby produce glycogen, the substrate being an α-glucan linked mainly via α-1,4-glucoside bonds and having a degree of polymerization of 4 or more; wherein the antioxidant enzyme is selected from the group consisting of hemeoxygenase 1 and NAD(P)H quinone oxidoreductase 1; and wherein the synthesized glycogen (ESG) has a weight average molecular weight of 1,000,000 Da or more and when the ESG is treated with 50 U/g substrate of pullulanase at 60°C for 30 minutes, the resulting product has a weight average molecular weight of 500,000 Da or more as analyzed by the MALLS method; and when the ESG is treated with 300 U/g substrate of α-amylase of 37°C for 30 minutes, the resulting product has a weight average molecular weight of 500,000 Da or more as analyzed by the MALLS method. wherein the cosmetic contains, in addition to ESG or RG, at least one member selected from the group consisting of moisturizing components, skin-whitening components, ultraviolet absorbers/scattering agents, anti-inflammatory agents, cell activators, surfactants antioxidants, and fragrance, colors, and blood circulation enhancers, wherein the enzymatically synthesized glycogen (ESG) is one produced by allowing a branching enzyme capable of synthesizing glycogen to act on a substrate in a solution to thereby produce glycogen, the substrate being an α-glucan linked mainly via α-1,4-glucoside bonds and having a degree of polymerization of 4 or more; wherein the antioxidant enzyme is selected from the group consisting of hemeoxygenase 1 and NAD(P)H quinone oxidoreductase 1; and wherein the synthesized glycogen (ESG) has a weight average molecular weight of 1,000,000 Da or more and when the ESG is treated with 50 U/g substrate of pullulanase at 60°C for 30 minutes, the resulting product has a weight average molecular weight of 500,000 Da or more as analyzed by the MALLS method; and when the ESG is treated with 300 U/g substrate of α-amylase of 37°C for 30 minutes, the resulting product has a weight average molecular weight of 500,000 Da or more as analyzed by the MALLS method.