mhurhangee/patent-ind-claim-en huggingface dataset:
Working element of an agricultural machine intended to be mounted on a substantially horizontal beam of the machine using a deformable connecting structure including at least one upper arm and at least one lower arm , the said connecting structure comprising a down-pressure adjusting system (34; 134) having a movable mechanism (35; 135) and a reference member (36; 136), the movable mechanism comprising a lever (37; 137) and a resilient member (38; 138), the lever (37; 137) being mounted rotatably relative to the resilient member (38; 138) about a first axis , the movable mechanism (35; 135) allowing: - an engaged state in which the movable mechanism (35; 135) is held against the reference member (36; 136), and wherein the movable mechanism (35; 135) can assume at least one working position in which the adjusting system (34; 134) applies a down-pressure to the working element ; and - an adjusting state, in which the movable mechanism (35; 135) is movable relative to the reference member (36; 136) about a lower axis , characterized in that the movable mechanism (35; 135) comprises a second axis different from the first axis , the movable mechanism (35; 135) allows an intermediate state in which the lever is rotatable about the second axis . - an engaged state in which the movable mechanism (35; 135) is held against the reference member (36; 136), and wherein the movable mechanism (35; 135) can assume at least one working position in which the adjusting system (34; 134) applies a down-pressure to the working element ; and - an adjusting state, in which the movable mechanism (35; 135) is movable relative to the reference member (36; 136) about a lower axis ,
A device for emptying transport bags conveyed in a suspended manner, with a plurality of transport bags , wherein in the suspended, filled state, the transport bags have a pocket being open at the top and having a front side ; with a conveying system , in particular a rail-guided conveying system or a conveyor chain system, by which the transport bags can be supplied in a suspended manner along a conveying path, with a circulating conveyor belt for receiving piece good units transported in the transport bags, characterised in that in a contact section , the conveying path of the conveying system and the conveying path of the conveyor belt are arranged relative to one another in such a way that the distance between the conveying path of the conveying system and the conveying path of the conveyor belt continuously becomes smaller, so that during the conveying of a transport bag along the contact section , the front side of the pocket of the transport bag contacts and comes to rest on the conveyor belt , and the transport bag is thereby pivoted backwards; wherein in a transfer section the conveying path of the conveying system and the conveying path of the conveyor belt run essentially in parallel to one another downwards with a certain slope, and the front side of the pocket of a transport bag during the conveying along the transfer section continues to lie on the conveyor belt , so that the opening in the pocket of the transport bag is oriented inclined downwards, and piece good units that are present in the pocket of the transport bag slide, driven by gravity, from the pocket onto the conveyor belt . with a plurality of transport bags , wherein in the suspended, filled state, the transport bags have a pocket being open at the top and having a front side ; with a conveying system , in particular a rail-guided conveying system or a conveyor chain system, by which the transport bags can be supplied in a suspended manner along a conveying path, with a circulating conveyor belt for receiving piece good units transported in the transport bags, characterised in that in a contact section , the conveying path of the conveying system and the conveying path of the conveyor belt are arranged relative to one another in such a way that the distance between the conveying path of the conveying system and the conveying path of the conveyor belt continuously becomes smaller, so that during the conveying of a transport bag along the contact section , the front side of the pocket of the transport bag contacts and comes to rest on the conveyor belt , and the transport bag is thereby pivoted backwards; wherein in a transfer section the conveying path of the conveying system and the conveying path of the conveyor belt run essentially in parallel to one another downwards with a certain slope, and the front side of the pocket of a transport bag during the conveying along the transfer section continues to lie on the conveyor belt , so that the opening in the pocket of the transport bag is oriented inclined downwards, and piece good units that are present in the pocket of the transport bag slide, driven by gravity, from the pocket onto the conveyor belt .
A spool comprising a three-dimensional substrate and a core , the three-dimensional substrate having a plane (P) and comprising a plurality of projections extending outwardly from the plane (P) of the three-dimensional substrate ; wherein the three-dimensional substrate is made from the group consisting of a nonwoven web, a film and combinations thereof; the core having a longitudinal axis (Lc) and a length along the longitudinal axis (Lc); the core comprising first and second transversal side edges ; wherein the spool comprises a first plurality of spirally wound portions and a first plurality of helically wound portions ; wherein the three-dimensional substrate is spirally wound around the core to form each spirally wound portion of the first plurality of spirally wound portions ; and wherein the spirally wound portions of the first plurality of spirally wound portions are located next to each other along the longitudinal axis (Lc) of the core between the first transversal side edge of the core and the second transversal side edge of the core ; wherein the three-dimensional substrate is helically wound around the core along the longitudinal axis (Lc) of the core to form each helically wound portion of the first plurality of helically wound portions ; and wherein each helically wound portion of the first plurality of helically wound portions extends between two adjacent spirally wound portions of the first plurality of spirally wound portions ; wherein the three-dimensional substrate in each spirally wound portion of the first plurality of spirally wound portions is repeatedly and spirally wound around the core to form a plurality of layers overlaying each other; and wherein in each spirally wound portion , a majority of the projections of the three-dimensional substrate in at least some of the layers are at least partially nested with a majority of the projections of the three-dimensional substrate of an adjacent overlaying layer of the spirally wound portion; and wherein the three-dimensional substrate comprises a longitudinal axis (Ls); wherein each projection comprises a base; wherein the base of each projection comprises a circumference where each projection starts to protrude outwardly from the plane (P); and wherein a notional circle is drawn around the base of each projection which is as small as possible without intersecting the circumference of the base of each projection ; wherein each notional circle of each projection comprises a center ; wherein two neighboring projections are aligned in a direction substantially parallel to a machine direction; wherein the distance between the centers of the notional circles of the respective neighboring projections has a length (L); wherein the diameter of the circle of one of the neighboring projections has a length (L1); wherein the minimum distance between the circumferences of the notional circles of the respective neighboring projections has a length (L2); such that the ratio of L1:L is at least 0.3 and the ratio of 0 ≤ L2:L ≤ 0.7.
A hydraulic binder-free composition for use as a modifying additive in a hydraulic setting mixture, said composition comprising a. one or more water redispersible polymer powder (RDP); and b. one or more surfactants chosen from a dioctyl sulfosuccinate salt; wherein the weight ratio of said RDP to said surfactant(s) is from 99:1 to 9999:1. a. one or more water redispersible polymer powder (RDP); and b. one or more surfactants chosen from a dioctyl sulfosuccinate salt;
A support unit for a medical camera head , the support unit being configured to rotate about an axis (C11) and including: an adapter configured to detachably mount a plurality of different medical scopes thereon; a light source supply system (139; 157) configured to supply light to the medical scope when mounted, the light source supply system being configured to pass through the axis; and an image sensor configured to capture an image from the medical scope, and wherein the axis is in the imaging direction of the image sensor, wherein the support unit is configured to rotate about the axis relative to a mounted one of the plurality of different medical scopes without the mounted one of the plurality of different medical scopes becoming unmounted. an adapter configured to detachably mount a plurality of different medical scopes thereon; a light source supply system (139; 157) configured to supply light to the medical scope when mounted, the light source supply system being configured to pass through the axis; and an image sensor configured to capture an image from the medical scope, and wherein the axis is in the imaging direction of the image sensor, wherein the support unit is configured to rotate about the axis relative to a mounted one of the plurality of different medical scopes without the mounted one of the plurality of different medical scopes becoming unmounted.
An elastically mounted rail, provided with electrical insulation, in particular a grooved rail , which has a rail head , a rail base and a rail web connecting these, wherein the rail is embedded in a substructure , e.g. in concrete, wherein the rail is provided with an electrically insulating layer applied before installation, which has adhesion to the rail surface by means of spraying, wherein the layer , which has an overall thickness of at least 4 mm at least in the region of the rail head lower side and the rail web , is adhesively and firmly connected in a form-fitting manner to the substructure on its outer side and is compressible in volume and inherently shear-flexible in such a manner that the maximum vertical and/or lateral deflections of the rail can be permanently received without damage in the case of static and dynamic loads in the case of adhesion of the layer both to the rail and also to the substructure , characterized in that the layer is constructed from an inner and an outer partial layer , of which the inner partial layer is sprayed on and the outer partial layer is a mat firmly connected to the inner partial layer .
Beverage pump for a domestic appliance , in particular for a beverage dispenser machine, for conveying a liquid, with a work piston which is in a defined rest state in a magnetically inactive state, with a pump chamber in which the work piston is guided in an axially mobile manner, with a magnetic actuator , which is configured to provide a magnetic field for driving the work piston , with at least one first pole sleeve for conducting a magnetic flux generated by the magnetic actuator and with at least one second pole sleeve , which is arranged spaced apart from the first pole sleeve , for conducting a magnetic flux generated by a magnetic actuator , characterised in that, in the defined rest position of the work piston , the second pole sleeve at least partially protrudes, axially counter to a main flow direction of the liquid, beyond a contact surface between the work piston and the pump chamber , wherein, in the defined rest position of the work piston , a section of the work piston , running close to a wall in the pump chamber , is axially completely engaged over by the second pole sleeve .
Lamp trough , which is configured to be connected to a light-transmissive lamp cover so as to form a closed lamp housing, wherein the lamp trough comprises ribs which project into the interior of said lamp trough and are configured for releasable mounting of a carrier element for lighting units, characterized in that there are at least two different types of ribs, both of which respectively comprise a catch recess that is provided for snapping onto the carrier element , wherein the catch recesses of the different types of ribs are designed differently, and wherein the catch recesses jointly secure the carrier element in a planned position.
A method for operating a partially autonomous or autonomous motor vehicle , comprising: operating the motor vehicle in a partially autonomous or autonomous operating mode; displaying a virtual obstacle (D) for the motor vehicle and/or a simulated error (E) of the partially autonomous or autonomous operating mode by means of an augmented-reality display device of the motor vehicle during the partially autonomous or autonomous operating mode; and detecting a reaction of an occupant, in particular a driver, of the motor vehicle to the obstacle and/or simulated error. operating the motor vehicle in a partially autonomous or autonomous operating mode; displaying a virtual obstacle (D) for the motor vehicle and/or a simulated error (E) of the partially autonomous or autonomous operating mode by means of an augmented-reality display device of the motor vehicle during the partially autonomous or autonomous operating mode; and detecting a reaction of an occupant, in particular a driver, of the motor vehicle to the obstacle and/or simulated error.
A method of fabricating an electrochromic device, the method comprising: (a) forming a cathodically coloring layer comprising a cathodically coloring electrochromic material; (b) forming, in contact with the cathodically coloring layer, an anodically coloring layer comprising an anodically coloring electrochromic material and one or more additives, wherein the cathodically coloring layer and the anodically coloring layer form a stack; wherein the one or more additives are selected from the group consisting of: silver (Ag), arsenic (As), gold (Au), beryllium (Be), bismuth (Bi), cadmium (Cd), cesium (Cs), copper (Cu), europium (Eu), mercury (Hg), neodymium (Nd), osmium (Os), protactinium (Pa), lead (Pb), palladium (Pd), promethium (Pm), polonium (Po), praseodymium (Pr), platinum (Pt), radium (Ra), rubidium (Rb), rhenium (Re), scandium (Sc), selenium (Se), samarium (Sm), terbium (Tb), technetium (Tc), tellurium (Te), thorium (Th), thallium (Tl), uranium (U), and zinc (Zn), and combinations thereof, and (c) exposing at least one of the cathodically coloring layer and the anodically coloring layer to lithium; and (d) converting at least a portion of the stack to an ion conducting region comprising an electronically-insulating, ionically-conducting material. (a) forming a cathodically coloring layer comprising a cathodically coloring electrochromic material; (b) forming, in contact with the cathodically coloring layer, an anodically coloring layer comprising an anodically coloring electrochromic material and one or more additives, wherein the cathodically coloring layer and the anodically coloring layer form a stack; wherein the one or more additives are selected from the group consisting of: silver (Ag), arsenic (As), gold (Au), beryllium (Be), bismuth (Bi), cadmium (Cd), cesium (Cs), copper (Cu), europium (Eu), mercury (Hg), neodymium (Nd), osmium (Os), protactinium (Pa), lead (Pb), palladium (Pd), promethium (Pm), polonium (Po), praseodymium (Pr), platinum (Pt), radium (Ra), rubidium (Rb), rhenium (Re), scandium (Sc), selenium (Se), samarium (Sm), terbium (Tb), technetium (Tc), tellurium (Te), thorium (Th), thallium (Tl), uranium (U), and zinc (Zn), and combinations thereof, and (c) exposing at least one of the cathodically coloring layer and the anodically coloring layer to lithium; and (d) converting at least a portion of the stack to an ion conducting region comprising an electronically-insulating, ionically-conducting material.
A process for producing a polymeric, corrosion-preventing covering on a metallic substrate in the region of an edge, a solder point, a weld, a repair point and/or a seam, wherein it comprises applying a coating mixture which comprises up to 2 wt% of water and/or up to 2 wt% of organic solvent, at least one radically polymerizable binder, at least one compound which forms free radicals on exposure to actinic radiation, 1 to 60 wt%, based on the dry matter, of monomers, and also phosphoric esters as adhesion promoters, to a part of the surface of the metallic substrate in the region of an edge, a solder point, a weld, a repair point and/or a seam, preferably to a strip, sheet or shaped part in the uncoated state or in the partly or fully coated state, it being possible for this coating to be a metal layer, metallic alloy layer, pretreatment layer and/or paint layer, wherein the polymeric mixture is optionally dried, and the applied coating is irradiated with actinic radiation of an intensity and for a time such that a firmly adhering, ductile, corrosion-preventing coating is formed.
Process for the continuous treatment of waste, comprising: - a stage of providing an amount of waste of a first type formed by residues resulting from the incineration of waste, in particular formed by clinker resulting from the incineration of non-dangerous waste, - a stage of provision of an amount of waste of a second type different from the first type of waste and essentially comprising a carbon-based material, - a gasification stage during which the amount of waste of the second type is converted in a way producing a combustible synthesis gas , using a gasification reactor of dense fluidized bed type, - a vitrification stage during which the amount of waste of the first type is converted into vitrified product using the heat released by the complete oxidation of the combustible synthesis gas produced in the gasification stage, the process being characterized in that the amount of waste of the second type to be gasified is introduced continuously into the gasification reactor , in that the vitrification stage comprises a stage of running the molten waste of the first type out of a melting furnace, then a stage of cooling the waste of the first type in a cooling tank in a way generating the said vitrified product, the cooling tank being a bath of cold water for carrying out very rapid cooling by an immersion in this bath of cold water and making possible a thermal shock, and in that , subsequent to the stage of cooling the waste of the first type in the cooling tank, the process comprises a stage of separation of the ferrous metals present beforehand in the amount of waste of the first type. - a stage of providing an amount of waste of a first type formed by residues resulting from the incineration of waste, in particular formed by clinker resulting from the incineration of non-dangerous waste, - a stage of provision of an amount of waste of a second type different from the first type of waste and essentially comprising a carbon-based material, - a gasification stage during which the amount of waste of the second type is converted in a way producing a combustible synthesis gas , using a gasification reactor of dense fluidized bed type, - a vitrification stage during which the amount of waste of the first type is converted into vitrified product using the heat released by the complete oxidation of the combustible synthesis gas produced in the gasification stage,
A floor assembly for a vehicle, wherein - the vehicle comprises at least one underbody and at least two mutually opposing side walls , - wherein the floor assembly comprises at least one floor panel , a floor bearing element , and at least one floor covering laying on the floor panel , wherein - the floor panel is fixed on at least the floor bearing element , characterized in that - at least the floor panel and the floor bearing element form a pre-assembled unit, - the floor assembly further comprises at least one compensation device for compensating tolerances, wherein the compensation device may be fixed to at least one side wall , and - the pre-assembled unit lies on the underbody and the at least one compensation device , wherein - the compensation device is adjustable in a vertical direction (z) and - comprises solely two arms arranged at right angles to each other, which are provided solely for the compensation of tolerances. - the vehicle comprises at least one underbody and at least two mutually opposing side walls , - wherein the floor assembly comprises at least one floor panel , a floor bearing element , and at least one floor covering laying on the floor panel , wherein - the floor panel is fixed on at least the floor bearing element , - at least the floor panel and the floor bearing element form a pre-assembled unit, - the floor assembly further comprises at least one compensation device for compensating tolerances, wherein the compensation device may be fixed to at least one side wall , and - the pre-assembled unit lies on the underbody and the at least one compensation device , wherein - the compensation device is adjustable in a vertical direction (z) and - comprises solely two arms arranged at right angles to each other, which are provided solely for the compensation of tolerances.
A fluid delivery system, comprising: a spray application system comprising a proportioner system configured to control a flow of a plurality of fluids to achieve a specified ratio of the plurality of fluids in a spray foam of a spray gun during operations, and to control a temperature of the fluids; a display system configured to be mounted on the spray gun , worn by an operator , or a combination thereof, wherein the display system comprises a light emitting device , and the display system is configured to project a colored light onto a spray area of the spray gun ; and a status indicator system comprising a processor , the processor configured to: receive a first signal indicative of a first status of operations of the spray application system ; and provide to the operator of the spray gun , via the display system , a visualization representative of the first status of operations, wherein the visualization comprises a color representative of the first status of operations, wherein the proportioner system is configured to communicatively couple to the status indicator system , and wherein the first status of operations comprises a status for the proportioner system . a spray application system comprising a proportioner system configured to control a flow of a plurality of fluids to achieve a specified ratio of the plurality of fluids in a spray foam of a spray gun during operations, and to control a temperature of the fluids; a display system configured to be mounted on the spray gun , worn by an operator , or a combination thereof, wherein the display system comprises a light emitting device , and the display system is configured to project a colored light onto a spray area of the spray gun ; and a status indicator system comprising a processor , the processor configured to: receive a first signal indicative of a first status of operations of the spray application system ; and provide to the operator of the spray gun , via the display system , a visualization representative of the first status of operations, wherein the visualization comprises a color representative of the first status of operations, wherein the proportioner system is configured to communicatively couple to the status indicator system , and wherein the first status of operations comprises a status for the proportioner system . receive a first signal indicative of a first status of operations of the spray application system ; and provide to the operator of the spray gun , via the display system , a visualization representative of the first status of operations, wherein the visualization comprises a color representative of the first status of operations,