mhurhangee/ep-ind-claims huggingface dataset:
An openable vehicle roof, comprising a lid element, which is provided with displacement kinematics (22A, 22B) on each of its two sides relative to a vertical longitudinal centre plane of the roof, said displacement kinematics (22A, 22B) each comprising a guide rail and being able to displace the lid element between a closed position closing a roof opening and an open position at least partially opening the roof opening and each (22A, 22B) comprising a first kinematic element and a second kinematic element connected to a coupling rod, which is detachably coupled to the first kinematic element via a coupling member and is displaced between a coupling position and a decoupling position, in which the coupling member is accommodated by a locking recess of the guide rail, characterised in that the coupling member is held in its decoupling position by a resilient securing element in the locking recess of the guide rail, said resilient securing element being a leaf spring, which is fixed to the guide rail and is displaced between a securing position and a releasing position via a positioning element of the displacement kinematics (22A, 22B), the coupling member abutting against the leaf spring in the securing position.
A life vest container, comprising: a hollow housing defining a storage volume adapted to receive a flotation device and an opening communicating with the storage volume, the housing having a top wall, a bottom wall, spaced-apart side walls and a rear wall; and a cover attached to the housing and moveable between a closed position in which the opening is enclosed, and an open position in which the opening is accessible; means for securing said cover in said closed position; wherein at least a portion of the housing or the cover is sufficiently light-transmissive to allow observation of the condition of the flotation device disposed within the storage volume; characterised in that the top wall is arranged to extend past the rear wall to define at least one rear mounting tab (56, 58) for attaching the housing to a passenger seat and at least one front mounting boss is arranged to extend upwards from the top wall for attaching the housing to the passenger seat. a hollow housing defining a storage volume adapted to receive a flotation device and an opening communicating with the storage volume, the housing having a top wall, a bottom wall, spaced-apart side walls and a rear wall; and a cover attached to the housing and moveable between a closed position in which the opening is enclosed, and an open position in which the opening is accessible; means for securing said cover in said closed position; wherein at least a portion of the housing or the cover is sufficiently light-transmissive to allow observation of the condition of the flotation device disposed within the storage volume;
A lactam composition which comprises the following components: a) from 3 to 25% by weight, preferably from 5 to 20% by weight (based on the entirety of components A and B) of at least one random vinylaromatic-diene copolymer, where the random vinylaromatic-diene copolymer is composed of at least one block which forms a hard phase and which is composed of vinylaromatic monomers, and of at least one random block (S/B) which forms a soft phase and which has vinylaromatic monomers and diene monomers, b) from 75 to 97% by weight, preferably from 80 to 95% by weight (based on the entirety of components A and B) of at least one lactam component, in particular ε-caprolactam, c) optionally one or more fillers and/or reinforcing materials, and also d) optionally one or more additives. a) from 3 to 25% by weight, preferably from 5 to 20% by weight (based on the entirety of components A and B) of at least one random vinylaromatic-diene copolymer, where the random vinylaromatic-diene copolymer is composed of at least one block which forms a hard phase and which is composed of vinylaromatic monomers, and of at least one random block (S/B) which forms a soft phase and which has vinylaromatic monomers and diene monomers, b) from 75 to 97% by weight, preferably from 80 to 95% by weight (based on the entirety of components A and B) of at least one lactam component, in particular ε-caprolactam, c) optionally one or more fillers and/or reinforcing materials, and also d) optionally one or more additives.
Aircraft comprising a fuselage and a propulsion assembly, said propulsion assembly comprising at least one fan rotor (7, 8) placed at the rear of the fuselage, in the continuation thereof along a longitudinal axis, and a nacelle forming a fairing of said at least one fan rotor (7, 8), through which an airflow passes, the aircraft comprising a plurality of radial stator arms (15, 17) mounted upstream of said at least one fan rotor (7, 8) and extending between the fuselage and the nacelle, said aircraft being characterised in that said radial arms (15, 17) comprising at least one variable-pitch movable portion (16, 17) designed to axially deflect said airflow, the variable-pitch movable portions pivoting about axes (Y, Y') which extend radially from the fuselage substantially from the same plane transverse to the longitudinal axis and being positioned at the intake of the nacelle and in that the nacelle comprises an upstream edge and each radial arm comprises a leading edge which is linked to the upstream edge of the nacelle and to the fuselage.
Fastening apparatus for an electronic device having a fastening flange and having a fastening base, wherein the fastening flange can be positioned in a passage opening in the fastening base and wherein the fastening flange can be locked in the fastening base, wherein a fixing slider is displaceably arranged at the fastening base to lock and/or to release the fastening flange in the fastening base, wherein the fastening apparatus having a fixing slider and a locking slider, wherein the fixing slider has an actuation surface, the fixing slider is brought into an assembly position for the fastening flange by displacement by the actuation surface, and the fastening flange can be introduced into the passage opening of the fastening base and wherein the fixing slider is held in the assembly position by the locking slider.
A valve for inflating and deflating an inflatable element wherein the valve comprises: - a valve housing fluid connected to the inflatable element, - an at least one hole extending through the valve housing and accommodated to let a fluid flow in and out the valve housing for inflating and deflating the inflatable element - a flap disposed next to the at least one hole inside the valve housing, such that the flap covers the at least one hole and behaves as a flap when inflating the inflatable element; characterized in that the flap is inflatable and is fluid connected with a nozzle disposed outside the valve housing; wherein the inflatable flap, when inflated, uncovers the at least one hole releasing a fluid flow through the at least one hole for deflating the inflatable element. - a valve housing fluid connected to the inflatable element, - an at least one hole extending through the valve housing and accommodated to let a fluid flow in and out the valve housing for inflating and deflating the inflatable element - a flap disposed next to the at least one hole inside the valve housing, such that the flap covers the at least one hole and behaves as a flap when inflating the inflatable element; characterized in that the flap is inflatable and is fluid connected with a nozzle disposed outside the valve housing; wherein the inflatable flap, when inflated, uncovers the at least one hole releasing a fluid flow through the at least one hole for deflating the inflatable element.
A base sequence for protein expression comprising: a gene encoding protein; a promoter of the gene, the promoter being linked upstream of the gene; and a cis element whose activity is improved by an artificial transcription factor, the cis element being linked further upstream of the promoter, wherein the cis element is represented by SEQ ID NO: 1, and wherein the artificial transcription factor comprises a DNA binding domain comprising a base sequence of upstream 1 to 195 aa of a transcription factor KojR and an active domain comprising a base sequence of downstream 150 to 604 aa of a transcription factor AmyR, and the active domain is linked downstream of the DNA binding domain, and is represented by SEQ ID NO: 2. a gene encoding protein; a promoter of the gene, the promoter being linked upstream of the gene; and a cis element whose activity is improved by an artificial transcription factor, the cis element being linked further upstream of the promoter, wherein the cis element is represented by SEQ ID NO: 1, and wherein the artificial transcription factor comprises a DNA binding domain comprising a base sequence of upstream 1 to 195 aa of a transcription factor KojR and an active domain comprising a base sequence of downstream 150 to 604 aa of a transcription factor AmyR, and the active domain is linked downstream of the DNA binding domain, and is represented by SEQ ID NO: 2.
Personal wash bar composition comprising: 1% to 80% by wt. of a surfactant material selected from anionic, nonionic, amphoteric, cationic surfactants and mixtures thereof; and a structured benefit agent delivery vehicle composition consisting essentially of: (a) 50 % to 99.9% by wt. of the structured benefit agent delivery vehicle composition of one or more hydrophobic benefit agents or mixtures thereof; and (b) 50 to 1.0% by wt. of the structured benefit delivery vehicle composition of structuring material selected from crystalline structurants selected from natural or synthetic crystalline waxes; 0.1 to 80% structuring aid and/or filler, wherein the crystal in the structuring material has an aspect ratio defined by A/B > 1, the length A being understood as the longer of the two dimensions when considering length and width, B; wherein, the structured benefit agent delivery vehicle composition is separately formed and separately combined with a bar carrying composition in which the structured benefit agent will be used to deliver benefit agent to a substrate, so that there will be provided at least a 5% increase in deposition of benefit agent to said substrate relative to deposition of the same benefit agent not structured, or not being in the presence of structured benefit agent in the final compositions, as determined according to the protocol and analysis in the specification; wherein said separately formed structured benefit agent(s) is molten, semi-molten or solid at the time of combination with the carrying composition. 1% to 80% by wt. of a surfactant material selected from anionic, nonionic, amphoteric, cationic surfactants and mixtures thereof; and a structured benefit agent delivery vehicle composition consisting essentially of: (a) 50 % to 99.9% by wt. of the structured benefit agent delivery vehicle composition of one or more hydrophobic benefit agents or mixtures thereof; and (b) 50 to 1.0% by wt. of the structured benefit delivery vehicle composition of structuring material selected from crystalline structurants selected from natural or synthetic crystalline waxes; (a) 50 % to 99.9% by wt. of the structured benefit agent delivery vehicle composition of one or more hydrophobic benefit agents or mixtures thereof; and (b) 50 to 1.0% by wt. of the structured benefit delivery vehicle composition of structuring material selected from crystalline structurants selected from natural or synthetic crystalline waxes; 0.1 to 80% structuring aid and/or filler,
A radio wave watch comprising: an exterior case; a dial plate disposed within the exterior case; a substrate disposed on a rear side of the dial plate within the exterior case; a conductive ground layer disposed on or within the substrate; a first ground layer (71, 73) defined by a first region of the conductive ground layer; an antenna that has a planar emitting electrode disposed between a central axis line which is the center of the exterior case and an inner side wall surface of the exterior case and opposed to the first ground layer (71, 73), characterized by a planar short-circuit part electrically connecting an end part of the emitting electrode to the first ground layer (71, 73), and a connecting part connecting the emitting electrode to a receiving circuit on the substrate; and a second ground layer (72, 74) defined by a second region of the conductive ground layer disposed on an opposite side to the emitting electrode side across the short-circuit part on the substrate and having a width equal to or greater than a width of the short-circuit part. an exterior case; a dial plate disposed within the exterior case; a substrate disposed on a rear side of the dial plate within the exterior case; a conductive ground layer disposed on or within the substrate; a first ground layer (71, 73) defined by a first region of the conductive ground layer; an antenna that has a planar emitting electrode disposed between a central axis line which is the center of the exterior case and an inner side wall surface of the exterior case and opposed to the first ground layer (71, 73), characterized by a planar short-circuit part electrically connecting an end part of the emitting electrode to the first ground layer (71, 73), and a connecting part connecting the emitting electrode to a receiving circuit on the substrate; and a second ground layer (72, 74) defined by a second region of the conductive ground layer disposed on an opposite side to the emitting electrode side across the short-circuit part on the substrate and having a width equal to or greater than a width of the short-circuit part.
Friction material, the friction material comprising graphite having a c/2 of 0.3358 nm or less, such as 0.3357 nm or less, or 0.3356 nm or less, and a spring-back of 65% or more.
A radial compression mechanism comprising: a constraining structure including a cut-out formed therethrough, the cut-out (18, 19) defined by a plurality of bearing surfaces; a plurality of die carried by the constraining structure and arranged in a circular pattern about a central axis; each die of the plurality of die having a working surface, the working surfaces of the plurality of die cooperating to form a central product-receiving cylindrically-shaped cavity that is movable between an open position and a closed position as the plurality of die move in unison; and a driving mechanism coupled to at least one of the plurality of die to drive all of the die in unison between the open position and the closed position, characterised in that: the constraining structure is stationary; and each die of the plurality of die has a wedge shape with a base side positioned in parallel juxtaposition to a corresponding bearing surface of the plurality of bearing surfaces, each die being constrained to move reciprocally and linearly along the corresponding bearing surface. a constraining structure including a cut-out formed therethrough, the cut-out (18, 19) defined by a plurality of bearing surfaces; a plurality of die carried by the constraining structure and arranged in a circular pattern about a central axis; each die of the plurality of die having a working surface, the working surfaces of the plurality of die cooperating to form a central product-receiving cylindrically-shaped cavity that is movable between an open position and a closed position as the plurality of die move in unison; and a driving mechanism coupled to at least one of the plurality of die to drive all of the die in unison between the open position and the closed position, the constraining structure is stationary; and each die of the plurality of die has a wedge shape with a base side positioned in parallel juxtaposition to a corresponding bearing surface of the plurality of bearing surfaces, each die being constrained to move reciprocally and linearly along the corresponding bearing surface.
A wide-bandgap high electron mobility transistor (HEMT) comprising: a diamond substrate for providing a heat sink and having a first thermal conductivity and including at least two diamond layers that differ from one another in their properties; a silicon carbide layer for providing a favorable crystal growth surface for Group III nitride layers, the silicon carbide layer having a second thermal conductivity that is less than the first thermal conductivity of the diamond substrate and the diamond substrate being deposited on a carbon face of the silicon carbide layer; a buffer layer on a silicon face of said silicon carbide layer, the buffer layer comprising a Group III nitride; a first Group III nitride layer on said buffer layer, the first Group III nitride layer comprising an undoped gallium nitride layer; a second Group III nitride layer on said first Group III nitride layer for forming a heterojunction with said first Group III nitride layer, said second Group III nitride layer comprising a doped aluminum gallium nitride layer disposed between a first undoped aluminum gallium nitride player, and a second undoped aluminum gallium nitride layer, with the first undoped aluminum gallium nitride layer being adjacent said undoped gallium nitride player; and respective source, gate and drain contacts to said second Group III nitride layer for providing a flow of electrons between the source and drain that is controlled by a voltage applied to the gate. a diamond substrate for providing a heat sink and having a first thermal conductivity and including at least two diamond layers that differ from one another in their properties; a silicon carbide layer for providing a favorable crystal growth surface for Group III nitride layers, the silicon carbide layer having a second thermal conductivity that is less than the first thermal conductivity of the diamond substrate and the diamond substrate being deposited on a carbon face of the silicon carbide layer; a buffer layer on a silicon face of said silicon carbide layer, the buffer layer comprising a Group III nitride; a first Group III nitride layer on said buffer layer, the first Group III nitride layer comprising an undoped gallium nitride layer; a second Group III nitride layer on said first Group III nitride layer for forming a heterojunction with said first Group III nitride layer, said second Group III nitride layer comprising a doped aluminum gallium nitride layer disposed between a first undoped aluminum gallium nitride player, and a second undoped aluminum gallium nitride layer, with the first undoped aluminum gallium nitride layer being adjacent said undoped gallium nitride player; and respective source, gate and drain contacts to said second Group III nitride layer for providing a flow of electrons between the source and drain that is controlled by a voltage applied to the gate.
A method for treating split ends in hair, comprising applying to the hair a suspension of charged polymer microcapsules, said suspension comprising droplets of a dispersed water-immiscible core phase, an aqueous continuous phase, and a wall surrounding each core phase droplet, said wall comprising the salt formed from at least one amphiphilic Lewis acid reactant or amphiphilic Lewis base reactant, and at least one corresponding Lewis base reactant or Lewis acid reactant wherein the at least one amphiphilic Lewis acid reactant comprises a protein and/or a protein hydrolysate, wherein the protein hydrolysate has a molecular weight above 1000 amu and presents at least two carboxylic acid reactive groups.
Attachment method for attaching a heat-emitting device and a capillary heat pipe (20,201, 202) to a panel (24,64) of a spacecraft wall (60,78), said method comprising the following steps: a) arranging (18,62) at least one capillary heat pipe (20,36) on at least a portion of the panel (24,64); b) attaching (26,64) female attachment bodies to the panel (24,64), the female attachment bodies protruding relative to said at least one capillary heat pipe (20,36); c) placing (38, 68) a thermally-conductive and self-curing paste on at least a portion of the at least one capillary heat pipe (20,36) or on at least one heat-emitting device, d) placing (46, 70) at least one heat-emitting device on the thermally-conductive and self-curing paste and on the female attachment bodies, said heat-emitting device bearing against the female attachment bodies, said heat-emitting device being in direct contact with the female attachment bodies, and e) attaching (48, 72) the heat-emitting device and said at least one capillary heat pipe (20,36) to the panel (24, 64) by attaching male attachment members to the female attachment bodies. a) arranging (18,62) at least one capillary heat pipe (20,36) on at least a portion of the panel (24,64); b) attaching (26,64) female attachment bodies to the panel (24,64), the female attachment bodies protruding relative to said at least one capillary heat pipe (20,36); c) placing (38, 68) a thermally-conductive and self-curing paste on at least a portion of the at least one capillary heat pipe (20,36) or on at least one heat-emitting device, d) placing (46, 70) at least one heat-emitting device on the thermally-conductive and self-curing paste and on the female attachment bodies, said heat-emitting device bearing against the female attachment bodies, said heat-emitting device being in direct contact with the female attachment bodies, and e) attaching (48, 72) the heat-emitting device and said at least one capillary heat pipe (20,36) to the panel (24, 64) by attaching male attachment members to the female attachment bodies.
An attack stream identification method on a software defined network, wherein the software defined network comprises a switch and a controller, wherein an invalid stream filter table is stored in the switch, and the attack stream identification method comprises the following steps: receiving, by the switch, a data packet of a data stream, and searching, according to a characteristic value of the data packet, the invalid stream filter table for a state field of a filter entry corresponding to the data stream; when the state field is a suspected attack stream state or a non-attack stream state, sending, by the switch, a report message to the controller; determining, by the switch, a rate value for sending the report message to the controller, and filling the rate value in a rate field of the filter entry; and when the rate value is greater than a preset rate threshold, changing, by the switch, the state field of the filter entry to an attack stream state. receiving, by the switch, a data packet of a data stream, and searching, according to a characteristic value of the data packet, the invalid stream filter table for a state field of a filter entry corresponding to the data stream; when the state field is a suspected attack stream state or a non-attack stream state, sending, by the switch, a report message to the controller; determining, by the switch, a rate value for sending the report message to the controller, and filling the rate value in a rate field of the filter entry; and when the rate value is greater than a preset rate threshold, changing, by the switch, the state field of the filter entry to an attack stream state.
An inorganic fiber sheet, wherein the inorganic fiber sheet comprises more than 50% by mass of a glass fiber with respect to the total mass of the inorganic fiber sheet, wherein the inorganic fiber sheet comprises 3 to 20% by mass of an organic fiber having an aspect ratio of 400 to 2000 with respect to the total mass of the inorganic fiber sheet, and wherein a weighted average fiber diameter of said organic fiber is equal to or less than 3 times a weighted average fiber diameter of said glass fiber.