mhurhangee/patent-ind-claim-en huggingface dataset:
A method for optimizing trailer braking gain for a trailer that is towed behind a vehicle, comprising the steps of: a) receiving an operator selected trailer gain, b) during a braking event, receiving braking data from at least one sensor , c) based on the received data and the selected trailer gain, providing an output trailer gain, d) during the braking event, monitoring pressure in a master cylinder of a vehicle and an actual deceleration of the vehicle, and e) determining if the actual deceleration is sufficient for the monitored master cylinder pressure and if not sufficient, automatically adjusting the output trailer gain to provide an optimized trailer gain to brakes of the trailer until the actual deceleration of the vehicle matches an expected deceleration at the monitored pressure value; wherein e1) the determining step determines whether the actual deceleration is too low for the monitored master cylinder pressure and if so, the automatically adjusting step includes increasing the output trailer gain; and e2) wherein the determining step determines whether the actual deceleration is too high for the monitored master cylinder pressure and if so, the automatically adjusting step includes decreasing the output trailer gain. a) receiving an operator selected trailer gain, b) during a braking event, receiving braking data from at least one sensor , c) based on the received data and the selected trailer gain, providing an output trailer gain, d) during the braking event, monitoring pressure in a master cylinder of a vehicle and an actual deceleration of the vehicle, and e) determining if the actual deceleration is sufficient for the monitored master cylinder pressure and if not sufficient, automatically adjusting the output trailer gain to provide an optimized trailer gain to brakes of the trailer until the actual deceleration of the vehicle matches an expected deceleration at the monitored pressure value; wherein e1) the determining step determines whether the actual deceleration is too low for the monitored master cylinder pressure and if so, the automatically adjusting step includes increasing the output trailer gain; and e2) wherein the determining step determines whether the actual deceleration is too high for the monitored master cylinder pressure and if so, the automatically adjusting step includes decreasing the output trailer gain.
Fork system for a bicycle driven at least partially by muscle power, comprising : - an inner shaft , - a connecting element , - a fork-shaped element , - an outer shaft , and - a securing unit , wherein the connecting element has a first end for connection to the inner shaft and a second end for connection to the fork-shaped element and the second end has a greater radial extent than the first end and the inner shaft , wherein the inner shaft is at least partially inserted into the outer shaft in an axially movable manner and allows a sliding suspension function of the inner shaft in the outer shaft , and wherein the securing unit prevents rotation between the outer shaft and the fork-shaped element , in that the second end of the connecting element is detachably attached to the fork-shaped element , the detachable connection is a plug-in connection or a bayonet connection, and the securing unit is a crank lever, the upper lever arm of which is fixed to the outer shaft and the lower lever arm of which is fixed to the connecting element . - an inner shaft , - a connecting element , - a fork-shaped element , - an outer shaft , and - a securing unit ,
An apparatus for displaying a three-dimensional image, said apparatus comprising: a light field generating unit , which is configured to receive an incident light beam and generate a three-dimensional light field; and an image revealing medium , which is arranged to receive the three-dimensional light field generated by the light field generating unit , wherein the image revealing medium comprises a fluid with bubbles or particles suspended in the fluid, wherein the bubbles or particles have a size in the range of 40-200 nm, wherein the bubbles or particles cause scattering of light based on Tyndall scattering and/or Rayleigh scattering for forming the three-dimensional image. a light field generating unit , which is configured to receive an incident light beam and generate a three-dimensional light field; and an image revealing medium , which is arranged to receive the three-dimensional light field generated by the light field generating unit , wherein the image revealing medium comprises a fluid with bubbles or particles suspended in the fluid, wherein the bubbles or particles have a size in the range of 40-200 nm, wherein the bubbles or particles cause scattering of light based on Tyndall scattering and/or Rayleigh scattering for forming the three-dimensional image.
A compound of Formula I according to Formula I(w), Formula I(w'), or Formula I(w"): wherein R 1a is benzothiophene optionally substituted with 1, 2, or 3 R 7 groups; R 2 and R 3 together with the nitrogen to which they are attached form a 4-5 membered monocyclic heterocycloalkyl ring; R 4 is phenyl substituted with a halo and a cycloalkyloxy group; each R 7 , when present, is independently nitro, cyano, amino, halo, or hydroxy, where at least one R 7 is halo; and optionally a tautomer, a single stereoisomer or mixture of stereoisomers thereof and additionally optionally a pharmaceutically acceptable salt thereof.
Vacuum cleaner , preferably a handheld vacuum cleaner , comprising a fan having an impeller for generating an air flow, comprising an electric motor for driving the impeller of the fan , comprising a control unit for operating the electric motor of the fan , comprising a dust container which is designed and configured to have the air flow flowing therethrough, the dust container being arranged upstream of the fan throughout the air flow, and comprising a pressure sensor which is designed and configured to detect a pressure of the air flow upstream of the dust container throughout the air flow, characterised in that the control unit is designed to determine a filling level of the dust container and/or an attachment on the basis of the detected pressure of the pressure sensor and of the rotational speed of the electric motor of the fan . comprising a fan having an impeller for generating an air flow, comprising an electric motor for driving the impeller of the fan , comprising a control unit for operating the electric motor of the fan , comprising a dust container which is designed and configured to have the air flow flowing therethrough, the dust container being arranged upstream of the fan throughout the air flow, and comprising a pressure sensor which is designed and configured to detect a pressure of the air flow upstream of the dust container throughout the air flow, characterised in that the control unit is designed to determine a filling level of the dust container and/or an attachment on the basis of the detected pressure of the pressure sensor and of the rotational speed of the electric motor of the fan .
A device for emptying a canister with a nozzle with a first opening , comprising an adapter to be at least partially arranged inside the first opening of the nozzle , a connector connectable to the adapter for connecting a suction machine to the adapter , and a reclosable fitment comprising a first fitment part and a second fitment part , wherein the first fitment part is arranged on the adapter and the second fitment part is arranged on the connector , wherein the first fitment part includes an element that is movably arranged at an end of the first fitment part between a closed position that closes the first fitment part and an opened position at which the first fitment part is fluid permeable, and wherein the second fitment part includes openings through which fluid is drawn from the canister when the element is in the opened position, characterized in that the adapter comprises a suction lance attached to a second opening of the adapter .
Device for distributing a refrigerant fluid (FR), configured to be housed inside a header tank of a heat exchanger , the distribution device comprising at least one pipe extending along a longitudinal axis (A1), the pipe comprising, at one of the longitudinal ends thereof, an inlet mouth for the entry of the refrigerant fluid (FR) into the pipe and comprising at least one aperture for the evacuation of the refrigerant fluid (FR) outside the pipe , the distribution device comprising the pipe provided with the inlet mouth and the aperture , referred to as first pipe , and at least a second pipe which surrounds the first pipe and which comprises at least one passage for the evacuation of the refrigerant fluid (FR) outside the distribution device , at least one spacing device providing, between the first pipe and the second pipe , at least one channel for communication between at least one aperture and at least one passage , wherein the spacing device comprises at least one component interposed between the first pipe and the second pipe , in which at least one component of the spacing device is formed by a relief resulting from a deformation of material of the wall of the second pipe towards the first pipe , characterized in that at least one component of the spacing device is formed by at least one end piece equipping at least one of the longitudinal ends of either one of the first pipe and/or the second pipe , the end piece being housed in a recess of complementary form comprised by at least one of the longitudinal ends of the other one of the first pipe and/or the second pipe .
A laminated body having a plurality of layers laminated thereon, the laminated body comprising: a base made of paper, and a fiber layer laminated on at least one surface of the base and containing fine cellulose fibers each having a fiber diameter of 1 nm or more and 10 μm or less, wherein the fiber layer contains fine cellulose fibers each having a fiber diameter of 1 nm or more and 30 nm or less in an amount of 25 mass% or more and 90 mass% or less, and further contains fine cellulose fibers each having a fiber diameter of 100 nm or more and 10 μm or less in an amount of 10 mass% or more and 75 mass% or less, the fiber layer includes a mixed layer formed by the fine cellulose fibres infiltrating into a mesh structure of fibers of the base at the at least one surface of the base , and a layer that does not contain fibers of the base but contains the fine cellulose fibers, the mixed layer has a thickness within a range of 10 nm or more and 2000 nm or less, and the bending elastic modulus of the fiber layer is 2 GPa or more and 30 GPa or less. a base made of paper, and a fiber layer laminated on at least one surface of the base and containing fine cellulose fibers each having a fiber diameter of 1 nm or more and 10 μm or less, wherein the fiber layer contains fine cellulose fibers each having a fiber diameter of 1 nm or more and 30 nm or less in an amount of 25 mass% or more and 90 mass% or less, and further contains fine cellulose fibers each having a fiber diameter of 100 nm or more and 10 μm or less in an amount of 10 mass% or more and 75 mass% or less, the fiber layer includes a mixed layer formed by the fine cellulose fibres infiltrating into a mesh structure of fibers of the base at the at least one surface of the base , and a layer that does not contain fibers of the base but contains the fine cellulose fibers, the mixed layer has a thickness within a range of 10 nm or more and 2000 nm or less, and the bending elastic modulus of the fiber layer is 2 GPa or more and 30 GPa or less.
Die for producing an elongated edible string for animals that is formed by a central core having a prevalent development in a first direction, from which at least one group of projections and a second group group of projections protrude, which also have a prevalent development along the first direction, said die comprising at least a through cavity having a prevalent development along a longitudinal direction , characterized in that the through cavity comprises at least a first group of grooves and a second group of grooves having a development substantially parallel to said longitudinal direction , in a transversal section with respect to said longitudinal direction each groove of the first group having a greater depth than the depth of each groove of the second group, each groove of the first group alternating with a groove of the second group, wherein the grooves of the first group and the grooves of the second group are respectively three and they are defined by the intersection of a first geometrical figure (6; 8) and a second geometrical figure (7; 9) with three tips and rotated with respect to one another, said first figure (6; 8) being similar to and larger in size than said second figure (7; 9), the at least one group of projections being countershaped with respect to the grooves of the first group and being obtained from said grooves of the first group, and the second group of projections being countershaped with respect to the grooves of the second group and being obtained from said grooves of the second group. said die comprising at least a through cavity having a prevalent development along a longitudinal direction , characterized in that the through cavity comprises at least a first group of grooves and a second group of grooves having a development substantially parallel to said longitudinal direction , in a transversal section with respect to said longitudinal direction each groove of the first group having a greater depth than the depth of each groove of the second group, each groove of the first group alternating with a groove of the second group, wherein the grooves of the first group and the grooves of the second group are respectively three and they are defined by the intersection of a first geometrical figure (6; 8) and a second geometrical figure (7; 9) with three tips and rotated with respect to one another, said first figure (6; 8) being similar to and larger in size than said second figure (7; 9), the at least one group of projections being countershaped with respect to the grooves of the first group and being obtained from said grooves of the first group, and the second group of projections being countershaped with respect to the grooves of the second group and being obtained from said grooves of the second group.
Floor covering element for floors of buildings, comprising a floor panel made of a mineral-bound aggregate, and at least one support foot via which the floor panel can be supported on a substrate (U), the floor panel being acoustically decoupled from the substrate (U) in that the support foot is at least partially in the form of a soundproofing element, characterized in that at least one recess is formed in a lower side of the floor panel facing the substrate (U), in which recess the support foot is arranged, and in that the support foot is manufactured at least partially from a porous mineral building material having components of uniform granulates and/or from foamed glass or foamed concrete.
A diffuser and deswirl flow structure for a gas turbine engine defining a longitudinal axis , the fluid flow structure comprising: a plurality of tube structures , obtained by an additive manufacturing process, including an outer wall that is hollow and elongate, and that extends between a first portion and a second portion of the respective one of the plurality of tube structures, the plurality of tube structures disposed in an annular arrangement about the longitudinal axis; a plurality of flow passages extending through respective ones of the plurality of tube structures, the plurality of flow passages extending from the first portion to the second portion, respectively; the plurality of flow passages respectfully including a diffuser portion , which is proximate the first portion and configured to diffuse a fluid flow from a compressor wheel , the plurality of flow passages respectfully including a deswirl portion , which is proximate the second portion and configured to deswirl the fluid flow from the diffuser portion; the outer wall defining the diffuser portion and the deswirl portion; and the outer wall being self-supporting, meaning that the outer wall is shaped, dimensioned and configured to support itself during the additive manufacturing process such that no supporting structures extending within the outer wall are required. a plurality of tube structures , obtained by an additive manufacturing process, including an outer wall that is hollow and elongate, and that extends between a first portion and a second portion of the respective one of the plurality of tube structures, the plurality of tube structures disposed in an annular arrangement about the longitudinal axis; a plurality of flow passages extending through respective ones of the plurality of tube structures, the plurality of flow passages extending from the first portion to the second portion, respectively; the plurality of flow passages respectfully including a diffuser portion , which is proximate the first portion and configured to diffuse a fluid flow from a compressor wheel , the plurality of flow passages respectfully including a deswirl portion , which is proximate the second portion and configured to deswirl the fluid flow from the diffuser portion; the outer wall defining the diffuser portion and the deswirl portion; and the outer wall being self-supporting, meaning that the outer wall is shaped, dimensioned and configured to support itself during the additive manufacturing process such that no supporting structures extending within the outer wall are required.
A transfer element for being arranged between a dosing device and the filling device of a tubular bag machine , the dosing device allowing for the dosing of a prespecified filling quantity of the filling material to be filled into a tubular bag , and the transfer element comprising at least one input station , at least one dispensing station and several transfer containers , and a prespecified filling quantity of a filling material being transferable from the dosing device to the transfer containers in the input station , and the transfer containers being transported to the dispensing station along a transfer line , and the filling material being transferable from the transfer containers to the filling device in the dispensing station , and the transfer containers being transported back to the input station along a return transfer line , characterized in that the transfer containers have a seal , which can be adjusted between a closed position and an open position, the filling material being stored in the transfer container in the closed position of the seal , and, in the open position of the seal , the filling material being transferred from an opening of the transfer container to the filling device under the influence of gravity, and the transfer element being controlled by a transfer control system, the transfer control system being able to control the transfer process for transferring the filling material from a transfer container to the filling device of the tubular bag machine in the dispensing station a) in accordance with the position of the transfer container relative to the filling device and/or b) in accordance with the speed of the transfer container , and the seal of the transfer container being openable a) in accordance with the position of the transfer container relative to the filling device and/or b) in accordance with the speed of the transfer container so that the filling material is transferred at least partly to the filling device along the transfer line and/or along the return transfer line during the transport movement of the transfer containers in the dispensing station .
A system for manufacturing an electrode for a secondary battery, comprising: an active material drying unit configured to dry an active material coated on an electrode current collector; and a tester unit configured to measure a dried state of the active material by performing a scratch test to the dried active material, the tester unit being configured to measure a force applied to the tester unit when a scratch is generated at the electrode active material , the system further comprising a control unit configured to control a drying temperature of the drying unit according to a change of the force measured by the tester unit , and a carrying unit configured to carrying the electrode current collector and the electrode , the tester unit including a scratch tester located on an electrode active material completely dried by the drying unit and configured to generate a scratch on the electrode active material as the electrode moves. an active material drying unit configured to dry an active material coated on an electrode current collector; and a tester unit configured to measure a dried state of the active material by performing a scratch test to the dried active material, the tester unit being configured to measure a force applied to the tester unit when a scratch is generated at the electrode active material , the system further comprising a control unit configured to control a drying temperature of the drying unit according to a change of the force measured by the tester unit , and a carrying unit configured to carrying the electrode current collector and the electrode , the tester unit including a scratch tester located on an electrode active material completely dried by the drying unit and configured to generate a scratch on the electrode active material as the electrode moves.
A non-woven fabric made of fibers containing a crystalline alicyclic structure-containing resin, wherein the non-woven fabric has a pore diameter as measured by a bubble point method in accordance with the description of 5 μm or less
A method for manufacturing printed circuit boards for electrical and electronic circuits, comprising an electrically nonconductive substrate and electrically conductive tracks applied thereon, wherein the electrically conductive tracks are imprinted on the substrate according to the desired conductor track layout, under the influence of heat on an electrically conductive printing medium , wherein the printing medium comprises as electrically conductive ingredient a metal or a metal alloy, which has a melting temperature typical for the metal or the metal alloy and is selectively heated by a printing head at selected printing spots or pixels, wherein the metallic, conductive ingredient of the printing medium - is locally heated up to the typical melting temperature of the metal or the metal alloy and is melted thereby, and - solidifys on the substrate in the form of a common matrix, and wherein the printing medium is applied to a film-like carrier , charactericed in that the film-like carrier - is a carbon foil or a glass film, and - is wound from a supply spool , along the substrate to be imprinted, onto a laydown spool . - is locally heated up to the typical melting temperature of the metal or the metal alloy and is melted thereby, and - solidifys on the substrate in the form of a common matrix, - is a carbon foil or a glass film, and - is wound from a supply spool , along the substrate to be imprinted, onto a laydown spool .