mhurhangee/patent-ind-claim-en huggingface dataset:
A deployable infill assembly , for use between a seat element of a passenger seat and an ottoman positioned spaced-apart from the seat element, comprising: a frame including guide tracks ; a cushion assembly coupled to the frame movable between a stowed position corresponding to a vertical orientation of the cushion assembly within the frame and a deployed position corresponding to a horizontal orientation of the cushion assembly , the cushion assembly in use in the deployed position filling a gap between the seat element and the ottoman; and at least one guide coupled to the cushion assembly engaged to travel within the guide tracks ; wherein the infill assembly further comprises: a support element pivotally attached to the cushion assembly , characterized in that the support element is pivotally attached at one end to the frame and at an opposing end to the cushion assembly ; and a recess in the bottom of the cushion assembly that receives the support element therein when the cushion assembly is fully stowed; wherein the support element stows vertically against the bottom of the cushion assembly in the stowed position and deploys to diagonal to provide support to the overhanging end of the cantilevered cushion assembly . a frame including guide tracks ; a cushion assembly coupled to the frame movable between a stowed position corresponding to a vertical orientation of the cushion assembly within the frame and a deployed position corresponding to a horizontal orientation of the cushion assembly , the cushion assembly in use in the deployed position filling a gap between the seat element and the ottoman; and at least one guide coupled to the cushion assembly engaged to travel within the guide tracks ; wherein the infill assembly further comprises: a support element pivotally attached to the cushion assembly , characterized in that the support element is pivotally attached at one end to the frame and at an opposing end to the cushion assembly ; and a recess in the bottom of the cushion assembly that receives the support element therein when the cushion assembly is fully stowed; wherein the support element stows vertically against the bottom of the cushion assembly in the stowed position and deploys to diagonal to provide support to the overhanging end of the cantilevered cushion assembly . a support element pivotally attached to the cushion assembly , characterized in that the support element is pivotally attached at one end to the frame and at an opposing end to the cushion assembly ; and a recess in the bottom of the cushion assembly that receives the support element therein when the cushion assembly is fully stowed; wherein the support element stows vertically against the bottom of the cushion assembly in the stowed position and deploys to diagonal to provide support to the overhanging end of the cantilevered cushion assembly .
A crystalline modification type II compound of the following Chemical Formula 1, wherein angles of 2θ representing XRD peaks of the crystalline modification include 5.81°, 7.10°, 8.49°, 9.32°, 11.74°, 15.97°, and 16.45° (°2θ, ± 0.1° using Cu-Kα1 radiation).
A cell culture article comprising: a frame having a plurality of chambers, the chambers comprising: a side wall; a top aperture; and a bottom surface adjacent to the sidewall comprising at least one concave round-bottomed surface comprising a low-adhesion or no-adhesion coating on the at least one concave round-bottomed surface, characterized in that the side wall is opaque; and in that the bottom surface is a gas-permeable, liquid impermeable transparent bottom surface. a side wall; a top aperture; and a bottom surface adjacent to the sidewall comprising at least one concave round-bottomed surface comprising a low-adhesion or no-adhesion coating on the at least one concave round-bottomed surface, characterized in that the side wall is opaque; and in that the bottom surface is a gas-permeable, liquid impermeable transparent bottom surface.
Method for the chemical-biological cleaning of exhaust gases , wherein compounds contained in the exhaust gases and accruing as emissions are determined with regard to the chemical composition thereof and the amount thereof in the exhaust gas and are broken down in at least one reactor chamber of a bioreactor , in which a biofilm comprising at least one type of microorganism suitable for breaking down the organic compounds has settled on an inert carrier material (T), wherein the inert carrier material (T) and the biofilm are humidified, by means of at least one humidification device , with an aqueous treatment liquid which is mixed with the microorganisms and with nutrients for the latter in a fermenter , wherein the exhaust gas is humidified with the treatment liquid before entering the bioreactor such that already humidified exhaust gas enters the reactor chamber , wherein the humidification of the exhaust gas is carried out in the fermenter by bringing a controlled amount of the exhaust gas into contact with the treatment liquid in the fermenter , characterized in that a container which forms the fermenter is simultaneously used as a humidifier and gas scrubber for the exhaust gas , wherein, in the fermenter , a degree of humidification of the exhaust gas is controlled via an in particular at least partially perforated control flap, which is immersed in the treatment liquid and by which the exhaust gas is at least partially conducted through the treatment liquid .
A fraud detection system (S), comprising: login detection means for detecting a login of a user in a predetermined service; display control means for displaying a user information screen (G3) for changing or registering user information on display means for the user who has logged in to the predetermined service; action information acquisition means for acquiring action information relating to an action of the user in at least a part of a period from detection of the login to display of the user information screen (G3); and fraud detection means for detecting fraud by the user based on the action information wherein the action information includes time information relating to a length of time of at least a part of the period from detection of the login to display of the user information screen (G3), and wherein the fraud detection means is configured to detect fraud by the user based on the time information. login detection means for detecting a login of a user in a predetermined service; display control means for displaying a user information screen (G3) for changing or registering user information on display means for the user who has logged in to the predetermined service; action information acquisition means for acquiring action information relating to an action of the user in at least a part of a period from detection of the login to display of the user information screen (G3); and fraud detection means for detecting fraud by the user based on the action information wherein the action information includes time information relating to a length of time of at least a part of the period from detection of the login to display of the user information screen (G3), and wherein the fraud detection means is configured to detect fraud by the user based on the time information.
A method for manufacturing a glass with a foot or a base in plastic material, the glass comprising a receiving portion mounted on a base or on a foot , the method being implemented by a rotary tooling comprising a plurality of workstations and at least one mold characterized in that the method comprises the following steps: a) forming the receiving portion of the glass on at least one first workstation called the injection station , b) overmolding the foot or the base on the receiving portion , in order to form a glass with a foot or a base , the overmolding being carried out on at least one other workstation called the overmolding station , c) ejection of the glass thus formed on the overmolding station or on another workstation called the ejection station . a) forming the receiving portion of the glass on at least one first workstation called the injection station , b) overmolding the foot or the base on the receiving portion , in order to form a glass with a foot or a base , the overmolding being carried out on at least one other workstation called the overmolding station , c) ejection of the glass thus formed on the overmolding station or on another workstation called the ejection station .
Device for filling pressurized gas tanks, particularly hydrogen tanks of vehicles, comprising a fluid transfer circuit comprising an upstream end having a plurality of pressurized fluid sources (2 to 10) and a downstream end comprising at least two dispensers , each designed to be connected to different tanks to be filled, each source (2 to 10) comprising a fluid outlet connected to an outlet valve (22 to 30), at least several of the outlet valves (22 to 30) being connected in parallel to each of the at least two dispensers (11 to 13) via at least two parallel transfer pipes (35 to 37), characterized in that at least some of the outlet valves (22 to 30) are connected in parallel to the same first manifold pipe of the circuit and in that the dispensers are also connected in parallel to said first manifold pipe via a plurality of transfer pipes (35 to 37).
A light, structural concrete or mortar composition comprising, in the fresh state, a hydraulic binder, aggregates and water, characterised in that it comprises: - a hydraulic binder content, including cement and any additions, greater than or equal to 280 kg/m 3 of fresh concrete, the hydraulic binder comprising a cement selected from among the cements CEM I, CEM II, CEM III, CEM IV and CEM V, or a sulfo-aluminous clinker or a mixture thereof, any additions being in the form of fine particles with a size less than 125 micrometres, chosen from among calcareous fillers, siliceous fillers, silica fume, fly ash, blast furnace slag and metakaolins, - coarse aggregates with a size greater than 4 mm and/or aggregates with particle size less than or equal to 4 mm, a volume proportion of at least 70% of said aggregates, fine or coarse, being composed of light, fine and/or coarse particles, of which the true density in the dry state is comprised between 800 and 1600 kg/m 3 , the total quantity of aggregates being greater than or equal to 500 L/m 3 of fresh concrete, - a superplasticiser, - at least one viscosifying agent and - effective water according to an effective water/hydraulic binder weight ratio comprised between 0.40 and 0.65. - a hydraulic binder content, including cement and any additions, greater than or equal to 280 kg/m 3 of fresh concrete, the hydraulic binder comprising a cement selected from among the cements CEM I, CEM II, CEM III, CEM IV and CEM V, or a sulfo-aluminous clinker or a mixture thereof, any additions being in the form of fine particles with a size less than 125 micrometres, chosen from among calcareous fillers, siliceous fillers, silica fume, fly ash, blast furnace slag and metakaolins, - coarse aggregates with a size greater than 4 mm and/or aggregates with particle size less than or equal to 4 mm, a volume proportion of at least 70% of said aggregates, fine or coarse, being composed of light, fine and/or coarse particles, of which the true density in the dry state is comprised between 800 and 1600 kg/m 3 , the total quantity of aggregates being greater than or equal to 500 L/m 3 of fresh concrete, - a superplasticiser, - at least one viscosifying agent and - effective water according to an effective water/hydraulic binder weight ratio comprised between 0.40 and 0.65.
A method for cleaning a memory, characterized by comprising: determining a preset level corresponding to a detected non-fluent state (S101); determining a cleaning mode corresponding to the preset level (S102); and cleaning an application program running in the memory according to the cleaning mode (S103); wherein determining the preset level corresponding to the detected non-fluent state (S101) comprises: when occurrence of first non-fluency of an electronic device is detected, determining that the preset level corresponding to the detected non-fluent state is a first level (S201); counting a number of occurrences of the non-fluent state of the electronic device within a set time period from a time point corresponding to the occurrence of the first non-fluency (S202); determining whether the number is greater than or equal to a preset number threshold value corresponding to a second level or not (S203); and when the number is greater than or equal to the preset number threshold value, determining that the preset level corresponding to the detected non-fluent state is the second level (S204). determining a preset level corresponding to a detected non-fluent state (S101); determining a cleaning mode corresponding to the preset level (S102); and cleaning an application program running in the memory according to the cleaning mode (S103); wherein determining the preset level corresponding to the detected non-fluent state (S101) comprises: when occurrence of first non-fluency of an electronic device is detected, determining that the preset level corresponding to the detected non-fluent state is a first level (S201); counting a number of occurrences of the non-fluent state of the electronic device within a set time period from a time point corresponding to the occurrence of the first non-fluency (S202); determining whether the number is greater than or equal to a preset number threshold value corresponding to a second level or not (S203); and when the number is greater than or equal to the preset number threshold value, determining that the preset level corresponding to the detected non-fluent state is the second level (S204). when occurrence of first non-fluency of an electronic device is detected, determining that the preset level corresponding to the detected non-fluent state is a first level (S201); counting a number of occurrences of the non-fluent state of the electronic device within a set time period from a time point corresponding to the occurrence of the first non-fluency (S202); determining whether the number is greater than or equal to a preset number threshold value corresponding to a second level or not (S203); and when the number is greater than or equal to the preset number threshold value, determining that the preset level corresponding to the detected non-fluent state is the second level (S204).
A method of joining a titanium structure to a composite structure to form a multi-layer structure comprising: positioning a first titanium structure comprising a first titanium structure surface, said first titanium structure surface comprising a first sol-gel layer ; positioning a composite structure , said composite structure comprising a composite structure first surface and a composite structure second surface, said composite structure first surface positioned proximate to and a predetermined distance from said first titanium structure surface; positioning a predetermined amount of an epoxy-containing compound between the first sol-gel layer on the first titanium structure surface and the composite structure first surface, bonding the epoxy-containing compound to the first titanium structure surface; and joining the first titanium structure to the composite structure first surface to form the multi-layer structure the method being characterized in that the epoxy containing compound forms a moldable plastic shim. positioning a first titanium structure comprising a first titanium structure surface, said first titanium structure surface comprising a first sol-gel layer ; positioning a composite structure , said composite structure comprising a composite structure first surface and a composite structure second surface, said composite structure first surface positioned proximate to and a predetermined distance from said first titanium structure surface; positioning a predetermined amount of an epoxy-containing compound between the first sol-gel layer on the first titanium structure surface and the composite structure first surface, bonding the epoxy-containing compound to the first titanium structure surface; and joining the first titanium structure to the composite structure first surface to form the multi-layer structure the method being characterized in that the epoxy containing compound forms a moldable plastic shim.
A tire provided with a tread portion , a sidewall portion , and a bead portion , comprising: a bead core which is provided in the bead portion ; a carcass ply which covers at least a part around a core axis of the bead core ; and a conductive rubber portion which includes a through-portion corresponding to an embedded portion embedded in the carcass ply , wherein at least a part of the through portion being the embedded portion is located on an outside in a tire radial direction in relation to the bead core, and wherein a distance from an outer end portion of the bead core in the tire radial direction to an outer end portion of the through-portion being the embedded portion in the tire radial direction is equal to or shorter than a dimension of the bead core in the tire radial direction. a bead core which is provided in the bead portion ; a carcass ply which covers at least a part around a core axis of the bead core ; and a conductive rubber portion which includes a through-portion corresponding to an embedded portion embedded in the carcass ply , wherein at least a part of the through portion being the embedded portion is located on an outside in a tire radial direction in relation to the bead core, and wherein a distance from an outer end portion of the bead core in the tire radial direction to an outer end portion of the through-portion being the embedded portion in the tire radial direction is equal to or shorter than a dimension of the bead core in the tire radial direction.
A composition of a dietary supplement and/or nutritional additive for food comprising L-lysine, vitamin C, zinc, grape extract and bitter orange extract in therapeutically effective quantities as active substances, and potentially at least one excipient, wherein percentages of the individual active substances relative to a sum of percentages of all active substances are: a) about 50% by weight of L-lysine, b) about 15% by weight of vitamin C, c) about 2% by weight of zinc, d) about 10% by weight of the grape extract, e) about 23% by weight of the bitter orange extract, with all percentages of the individual active substances adding up to 100% by weight of all active substances. a) about 50% by weight of L-lysine, b) about 15% by weight of vitamin C, c) about 2% by weight of zinc, d) about 10% by weight of the grape extract, e) about 23% by weight of the bitter orange extract,
A method for determining a position of a second production wellbore , comprising: inducing a first current into a first conductive member with a first source , wherein the first conductive member is disposed in a first injection wellbore ; emitting a first magnetic field generated by the first current from the first conductive member into a formation ; inducing a second current into a second conductive member with a second source , wherein the second conductive member is disposed in a first production wellbore ; emitting a second magnetic field generated by the second current from the second conductive member into the formation ; disposing an electromagnetic sensor system into the second production wellbore , wherein the electromagnetic sensor system comprises at least one sensor ; recording the first magnetic field with the at least one sensor from the formation ; and recording the second magnetic field with the at least one sensor from the formation . inducing a first current into a first conductive member with a first source , wherein the first conductive member is disposed in a first injection wellbore ; emitting a first magnetic field generated by the first current from the first conductive member into a formation ; inducing a second current into a second conductive member with a second source , wherein the second conductive member is disposed in a first production wellbore ; emitting a second magnetic field generated by the second current from the second conductive member into the formation ; disposing an electromagnetic sensor system into the second production wellbore , wherein the electromagnetic sensor system comprises at least one sensor ; recording the first magnetic field with the at least one sensor from the formation ; and recording the second magnetic field with the at least one sensor from the formation .
Extrudable coating composition comprising a coating thermoplastic polymer and particles , characterized in that the particles are made from a particle material that has a modulus of compression from 0.1 to 100 MPa, wherein the coating composition comprises 50 to 90 wt.% of the coating thermoplastic polymer , based on the total weight of the coating composition.
A power supply connector comprising a power supply cable , a power supply connector plug , a power supply connector socket and a structural member , wherein, the power supply cable comprises, at one end of the power supply cable connected to the power supply connector plug , a shielding wire formed of a twisted shielding layer of the power supply cable and a power supply wire separated from the shielding layer; the power supply connector plug comprises: a shielding wire placement zone in which the shielding wire is placed, a metallic screw for fixing the shielding wire , two metallic elastic sheets which establish an interference connection with the structural member after power supply connector plug is fitted into the power supply connector socket , characterized in that the power supply connector plug further comprises two metallic sheets connected to the two metallic elastic sheets respectively; the two metallic sheets are arranged at either side of the power supply connector plug respectively, and the two metallic elastic sheets are also arranged at either side of the power supply connector plug respectively; and in that the metallic screw is arranged at one side of the power supply connector plug and is connected to the shielding wire in the shielding wire placement zone and one of the metallic sheets ; another one of the metallic sheets is extended to an inner wall of the shielding wire placement zone , and is connected to the shielding wire after the metallic screw is tightened.
Device for sealing half-opened plastic trays, cardboard trays, paper trays or trays made of bamboo fibers and/or corn, hereinafter referred to as trays for short, in particular for accommodating foodstuffs, comprising a motor-driven unwinding roller having a carrier roller, comprising a carrier film with glued-on sealing labels, wherein at least the circumferential edge thereof is provided with an adhesive layer, wherein the carrier film can be fed via one or more deflection rollers (7, 7', 7") under a defined pretension to a dispenser edge , in the region of which the carrier film is deflected by at least approximately 180° in such a manner that the glued-on sealing labels can be detached from the carrier film , preferably with the use of a detaching tongue, and can be applied in this way to the trays, which are supplied to the dispenser edge on the underside thereof by means of a conveyor belt, wherein the carrier labels cover the trays on the upper side and the edge of the sealing labels provided with the adhesive layer is applied to the circumferential edge of the trays and can be glued thereto, preferably under the action of a pressure stamp arranged downstream in the conveying direction of the conveyor belt.