mhurhangee/ep-ind-claims huggingface dataset:
Linear actuator for a drum brake of a vehicle, in particular a motor vehicle including: a rotary threaded element that is able to rotate about a main axis of the linear actuator, a threaded linear actuation element that cooperates with the rotary threaded element and that is able to slide along said main axis, an intermediate wheel that is able to rotate about a secondary axis parallel to said main axis and that is coupled with the rotary threaded element, a housing enclosing the rotary threaded element, the threaded linear actuation element and the intermediate wheel, wherein the housing is made from a single part characterised in that the housing includes a hollow body of globally cylindrical shape delimited by a wall and that is coaxial with the main axis and wherein the rotary threaded element and the threaded actuation element are mobile along the main axis and includes a hollow sleeve extending perpendicularly to the main axis from the wall of the hollow body, wherein the intermediate wheel is rotatably mounted about the secondary axis, characterized in that the sleeve holds a pin carrying out the guiding in rotation of the intermediate gear wheel. a rotary threaded element that is able to rotate about a main axis of the linear actuator, a threaded linear actuation element that cooperates with the rotary threaded element and that is able to slide along said main axis, an intermediate wheel that is able to rotate about a secondary axis parallel to said main axis and that is coupled with the rotary threaded element, a housing enclosing the rotary threaded element, the threaded linear actuation element and the intermediate wheel, wherein the housing is made from a single part characterised in that the housing includes a hollow body of globally cylindrical shape delimited by a wall and that is coaxial with the main axis and wherein the rotary threaded element and the threaded actuation element are mobile along the main axis and includes a hollow sleeve extending perpendicularly to the main axis from the wall of the hollow body, wherein the intermediate wheel is rotatably mounted about the secondary axis, characterized in that the sleeve holds a pin carrying out the guiding in rotation of the intermediate gear wheel.
A method of rebalancing electrolyte concentrations in a flow battery, the method comprising: (a) providing a flow battery that includes an electrochemical cell having first and second half-cells (42, 44) and an ion-selective separator there between, a first electrolyte circulable through the first half-cell and a second electrolyte circulable through the second half-cell, the first and second electrolytes (22, 26) including one or more types of electrochemically active species (24, 28) dissolved therein; and (b) selectively establishing a fluid pressure differential across the ion-selective separator for a controlled amount of time to urge a determined concentration imbalance of the electrochemically active species (24, 28) between the first and second electrolytes (22, 26) toward a determined concentration balance; characterised in that said step (b) includes establishing the fluid pressure differential in response to the determined concentration imbalance. (a) providing a flow battery that includes an electrochemical cell having first and second half-cells (42, 44) and an ion-selective separator there between, a first electrolyte circulable through the first half-cell and a second electrolyte circulable through the second half-cell, the first and second electrolytes (22, 26) including one or more types of electrochemically active species (24, 28) dissolved therein; and (b) selectively establishing a fluid pressure differential across the ion-selective separator for a controlled amount of time to urge a determined concentration imbalance of the electrochemically active species (24, 28) between the first and second electrolytes (22, 26) toward a determined concentration balance; characterised in that
A combination comprising low-doses of cyclophosphamide, pentostatin, and anti-thymocyte globulin for use in a method of prevention of graft versus host disease (GVHD) in a subject receiving a transplantation of a population of donor bone marrow cells by inducing stable mixed chimerism.
A hydrocyclone including: - a body enclosing a separation chamber which is generally conical in shape and which extends axially from a first end to a second end of relatively smaller cross-sectional area than the first end; and - the separation chamber including at least one gas inlet, said inlet comprising a plurality of openings arranged in a spaced-apart relationship from one another around an interior circumferential wall of said chamber, in use the openings for admission of gas into the chamber at a region located between the first and second ends; wherein the gas inlet comprises an annular gas receiving device; and wherein the gas inlet further comprises a gas discharge device which is in fluid communication with the gas receiving device and also with the separation chamber; the gas discharge device is annular in shape; an interior circumferential wall of the gas discharge device has a plurality of openings via which gas flows into the chamber in use; and wherein the openings are slits formed in the interior circumferential wall. - a body enclosing a separation chamber which is generally conical in shape and which extends axially from a first end to a second end of relatively smaller cross-sectional area than the first end; and - the separation chamber including at least one gas inlet, said inlet comprising a plurality of openings arranged in a spaced-apart relationship from one another around an interior circumferential wall of said chamber, in use the openings for admission of gas into the chamber at a region located between the first and second ends; wherein the gas inlet comprises an annular gas receiving device; and
Assistance device for a remote diagnostic during verification of the state of an aircraft engine, carried out in situ by at least one operator by means of an endoscope or a camera, used to capture images of said engine and measurements that will be transmitted to at least one remote terminal used by at least one remote expert to make a collaborative analysis of said images and said measurements, the device also comprising a portable housing that can be connected to a monitor and monitored by the operator, said portable housing being provided with means of wireless communication with the endoscope and means of allowing the operator to manually and/or automatically enrich the captured images and the measurements made with audio and/or video and/or text comments, device characterised in that said portable housing comprises a software module to generate an operations context as a function of positioning data provided by a GPS, weather data at the location of the endoscopy and data on the communications network so as to determine ideal encoding parameters for the publication of images and measurements.
Composition comprising an effective quantity of a peptidic hydrolysate enriched with bioactive peptide capable of reinforcing the barrier function of the epidermis, said bioactive peptide containing 4 to 6 amino acids including at least a glycine residue, a leucine residue and a glutamic acid residue, as an active substance activating HMG-CoA reductase, for use for relieving sensitive skins, for protecting the skin against external attacks, or for preventing or combating skin irritations.
An electrical machine arrangement comprising a rotor having rotor poles, inductive winding elements (43, Ph-A, Ph-B, Ph-C), and a power source (2, 40) including a capacitor (3, 41), each inductive winding element (43, Ph-A, Ph-B, Ph-C) having a variation in electrical inductance due to the rotor poles of the electrical machine moving into and out of alignment with the inductive winding element (43, Ph-A, Ph-B, Ph-C), each inductive winding element (43, Ph-A, Ph-B, Ph-C) having a motor period where there is a positive torque production, a generator period where there is a negative torque production and a spacer period where there is zero torque production, the inductive winding elements (43, Ph-A, Ph-B, Ph-C) being cyclically energisable by a power pulse given by the power source (2, 40) to generate continuous torque in the rotor or to generate electricty, characterised by an electrical power injector, the electrical power injector being coupled to the inductive winding elements (43, Ph-A, Ph-B, Ph-C) to inject electrical power for storage in the inductive winding elements (43, Ph-A, Ph-B, Ph-C) during the spacer periods and to release energy from the inductive winding elements (43, Ph-A, Ph-B, Ph-C) during the spacer periods to augment the power pulse provided by the power source (2, 40) including the capacitor (3, 41).
Extractor hood comprising at least one flow cross section that has at least one filter device, air which is guided through the flow cross section being guided through the filter device and the filter device being fastened to at least one frame device on the flow cross section, the filter device comprising at least two fastening devices for fastening to the frame device and the frame device comprising at least one receptacle (7, 8) for the at least one first fastening device, the at least one fastening device being in the form of a quick-acting fastener, the quick-acting fastener comprising at least one operating portion and at least one fastening portion and at least one connecting portion, the connecting portion interconnecting the operating portion and the fastening portion by means of a rod-shaped and/or bar-shaped element and the fastening portion comprising at least one locking element, it being possible for the filter device to be fixed to the frame device, by the fastening portion of the quick-acting fastener, by means of a rotational movement of the quick-acting fastener, it being possible, in a first orientation, for the locking element to be introduced into the receptacle (7, 8) or to be guided through said receptacle (7, 8), and, in a second orientation, said locking element being supported against the frame device, and the frame device comprising at least one protective grille that has spaces, characterised in that the quick-acting fastener is guided through the filter device, at least in portions, the quick-acting fastener is held and mounted in the filter device so as to be rotatable and to prevent loss and the receptacles (7, 8) being made available to the fastening devices by the spaces of the protective grille or by the elongate perforations in a protective grille designed as a perforated plate.
A lock cylinder, in particular for a motor vehicle, with a housing, in which a sleeve, with a cylinder core accommodated therein, is mounted such that it can rotate, wherein the cylinder core has spring-mounted tumblers, which, when a key is withdrawn, form a form fit with recesses arranged in the sleeve, and within the housing the sleeve is coupled via a release sleeve with a coupling element, wherein the coupling element is mounted within the housing, and the coupling element is connected with a bearing, wherein at least one wall (17, 18) of the housing, one wall of the release sleeve, and one wall of the coupling element, bound a circumferential passage in a first housing section I in which a spring element is arranged, characterised in that, the spring element is designed as a flexible spring, wherein the flexible spring is designed as a ring, on which are arranged at least two tabs protruding from the plane of the ring.
Apparatus comprising: a substrate defining an interior acoustic waveguide; and an electro-acoustic driver mounted on the substrate, the electro-acoustic driver comprising: a body defining: a mounting surface for mounting the electro-acoustic driver on the substrate; and an opening for allowing sound intended for the interior acoustic waveguide to exit the body; a diaphragm mounted in the body; and a compression chamber located between the diaphragm and the opening; wherein the opening is located on the mounting surface. a substrate defining an interior acoustic waveguide; and an electro-acoustic driver mounted on the substrate, the electro-acoustic driver comprising: a body defining: a mounting surface for mounting the electro-acoustic driver on the substrate; and an opening for allowing sound intended for the interior acoustic waveguide to exit the body; a diaphragm mounted in the body; and a compression chamber located between the diaphragm and the opening; wherein the opening is located on the mounting surface. a body defining: a mounting surface for mounting the electro-acoustic driver on the substrate; and an opening for allowing sound intended for the interior acoustic waveguide to exit the body; a diaphragm mounted in the body; and a compression chamber located between the diaphragm and the opening; wherein the opening is located on the mounting surface.
A metal core for hot-shaping a metal part (10; 10') made out of titanium-based alloy, comprising an alloy based on nickel or on cobalt, nickel- or cobalt-based alloy including chromium, molybdenum, and/or titanium, and characterized in that the metal core also presents on an outside surface that is to come into contact with the metal part (10; 10'), a layer comprising a material that is enriched in metallic carbonitride relative to said alloy.
Device for diagnosing errors in track signals of a position-change sensor, comprising - a first evaluation unit, - a further evaluation unit - and a gate unit, the first evaluation unit being configured to evaluate the track signals on the basis of digital signal parameters, the first evaluation unit being configured such as to calculate at least one piece of status information from the digital signal parameters and to make it available at a first output of the first evaluation unit, the first evaluation unit being configured such as to generate an error signal at a further output of the first evaluation unit when an error status of the digital signal parameters is detected, the further evaluation unit being configured such as to generate an error signal at the output of the further evaluation unit, characterised in that the further evaluation unit is configured such as to evaluate the track signals on the basis of analogue signal parameters and to generate, at the output of the further evaluation unit, the error signal generated by the further evaluation unit when the analogue signal parameters leave a validity range, the gate unit being configured such as to generate, by means of logical gating, a resultant error signal at the output of the gate unit depending on the calculated status information, the status of the error signal of the first evaluation unit and the status of the error signal of the further evaluation unit and to forward at least the resultant error signal of the gate unit to a first output of the device. - a first evaluation unit, - a further evaluation unit - and a gate unit, the first evaluation unit being configured such as to calculate at least one piece of status information from the digital signal parameters and to make it available at a first output of the first evaluation unit, the first evaluation unit being configured such as to generate an error signal at a further output of the first evaluation unit when an error status of the digital signal parameters is detected, the further evaluation unit being configured such as to generate an error signal at the output of the further evaluation unit, characterised in that the further evaluation unit is configured such as to evaluate the track signals on the basis of analogue signal parameters and to generate, at the output of the further evaluation unit, the error signal generated by the further evaluation unit when the analogue signal parameters leave a validity range, the gate unit being configured such as to generate, by means of logical gating, a resultant error signal at the output of the gate unit depending on the calculated status information, the status of the error signal of the first evaluation unit and the status of the error signal of the further evaluation unit and to forward at least the resultant error signal of the gate unit to a first output of the device.
A cardboard cover for sealing a package, also enabling the resealing of the package, which cardboard cover comprises - a cardboard or paper based layer with a coating layer on at least one side, and - a downwards directed profile on the lower surface of the cardboard cover, which is placed inside the package when the package is closed, - the coating layer is on the lower surface of the cardboard or paper based layer and covers the lower surface of the cardboard or paper based layer, characterized in that - downwards directed annular profile is formed on the coating layer by injection moulding, - a heat-sealable plastic layer is provided on the coating layer, on the lower surface of the cover, between the outer edge of the cover and the downwards directed profile on the lower surface of the cover, - lacquer, wax or another corresponding substance has been added on the lower surface of the cover, between the outer edge of the cover and the downwards directed profile on the lower surface of the cover. - a cardboard or paper based layer with a coating layer on at least one side, and - a downwards directed profile on the lower surface of the cardboard cover, which is placed inside the package when the package is closed, - the coating layer is on the lower surface of the cardboard or paper based layer and covers the lower surface of the cardboard or paper based layer, - downwards directed annular profile is formed on the coating layer by injection moulding, - a heat-sealable plastic layer is provided on the coating layer, on the lower surface of the cover, between the outer edge of the cover and the downwards directed profile on the lower surface of the cover, - lacquer, wax or another corresponding substance has been added on the lower surface of the cover, between the outer edge of the cover and the downwards directed profile on the lower surface of the cover.
A trauma reducing pack, comprising a. at least one first layer of textile fabric consisting of yarns with fibers having a tensile strength of at least 900 MPa as measured according to ASTM D7269 having an inner and outer surface, b. at least one second layer of textile fabric consisting of yams with fibers having a tensile strength of at least 900 MPa as measured according to ASTM D7269 having an inner and outer surface, c. an assembly of three to ten layers of a polyolefinic textile fabric, and d. a polyolefinic adhesive, wherein the inner surface of the at least one first and the at least one second layer of textile fabric consisting of yarns are in contact with the assembly and wherein the at least one first layer, the at least one second layer and the assembly are bonded together by means of the polyolefinic adhesive, characterized in that the polyolefinic adhesive is chosen from polyethylenes, ethylene copolymers, and/or combinations thereof having a melting point of from 90°C to 170°C when measured according to ASTM1238, and having a melt flow viscosity of from 0.2 g/10min to 2 g/10min when measured according to ASTM1238 at 190°C using a weight of 2.16kg. a. at least one first layer of textile fabric consisting of yarns with fibers having a tensile strength of at least 900 MPa as measured according to ASTM D7269 having an inner and outer surface, b. at least one second layer of textile fabric consisting of yams with fibers having a tensile strength of at least 900 MPa as measured according to ASTM D7269 having an inner and outer surface, c. an assembly of three to ten layers of a polyolefinic textile fabric, and d. a polyolefinic adhesive,
A method for handling a radio link failure, RLF, in a new radio, NR, of wireless communication system comprising a master cell group, MCG, and a secondary cell group, SCG, the method performed by a user equipment, UE, and comprising: receiving a measurement configuration comprising information regarding a second timer from a secondary node, SN; in case that a measurement report type is set to event-triggered and a measurement report event is triggered, identifying the second timer for a Primary SCG cell, PSCell; starting the second timer in case that a first timer for the PSCell is running; detecting an expiry of one of: the first timer and the second timer for the PSCell; declaring a SCG RLF upon expiry of one of the first timer and the second timer; and initiating a SCG failure procedure upon declaring the SCG RLF. receiving a measurement configuration comprising information regarding a second timer from a secondary node, SN; in case that a measurement report type is set to event-triggered and a measurement report event is triggered, identifying the second timer for a Primary SCG cell, PSCell; starting the second timer in case that a first timer for the PSCell is running; detecting an expiry of one of: the first timer and the second timer for the PSCell; declaring a SCG RLF upon expiry of one of the first timer and the second timer; and initiating a SCG failure procedure upon declaring the SCG RLF.
A first communication device (104, 204, 500, 904, 1004, 1104) for providing aggregator functionality to one or more second communication devices (110, 210, 910', 1010', 1110') in a cellular communication network, the first communication device comprising processing circuitry configured to: obtain, for the or each second communication device, quality indication information that indicates a preferred quality of a communication bearer between the second communication device and a core network entity of the cellular communication network, wherein the quality indication information is a Quality of service Class Identifier, QCI, value; determine aggregate quality indication information based on the respective quality indication information; and request a change in the preferred quality of a relay bearer between the first communication device and the core network entity in accordance with the determined aggregate quality indication information. obtain, for the or each second communication device, quality indication information that indicates a preferred quality of a communication bearer between the second communication device and a core network entity of the cellular communication network, wherein the quality indication information is a Quality of service Class Identifier, QCI, value; determine aggregate quality indication information based on the respective quality indication information; and request a change in the preferred quality of a relay bearer between the first communication device and the core network entity in accordance with the determined aggregate quality indication information.