mhurhangee/ep-ind-claims huggingface dataset:
A method for operating an appliance (102, 104, 106), comprising: receiving, by the appliance, prediction information indicating a predicted failure of the appliance (102, 104, 106); receiving, by the appliance, a schedule of availability of a repair service for repairing the predicted failure of the appliance; transmitting, by the appliance, a signal for requesting maintenance information for use in delaying the predicted failure and maintaining a normal operation of the appliance (102, 104, 106) if a time point of availability of the repair service, determined from the received schedule, is after a predicted failure time point indicated by the prediction information; receiving, by the appliance, the maintenance information; and operating, by the appliance, based on the maintenance information to delay the predicted failure. receiving, by the appliance, prediction information indicating a predicted failure of the appliance (102, 104, 106); receiving, by the appliance, a schedule of availability of a repair service for repairing the predicted failure of the appliance; transmitting, by the appliance, a signal for requesting maintenance information for use in delaying the predicted failure and maintaining a normal operation of the appliance (102, 104, 106) if a time point of availability of the repair service, determined from the received schedule, is after a predicted failure time point indicated by the prediction information; receiving, by the appliance, the maintenance information; and operating, by the appliance, based on the maintenance information to delay the predicted failure.
Mounting assembly for a reservoir mountable to the ground surface or for fully or partially burying thereof, consisting of pillars (1,2) and stackable beams (7, 8, 9, 10, 11, 12), whereby each pillar (1, 2) has a metal profile (3, 4) screwed along his surface intended to guide the successive stacked beams (7, 8, 9, 10, 11, 12), by means of a slot present along said metal profile (3, 4), said pillars (1,2) also include tabs at the top and bottom (22, 23) thereof, metal guides screwable to a concrete slab between each said metal profile (3, 4), joining the base of the pillars (1, 2) said assembly being tight-fitted and immobilized by means of a connection profile mounted to the top tabs of the pillars (1, 2) and a metal sheet attachable to the inside of the reservoir, characterized in that: - said connection profile, being a single piece, with a U-shaped recessed section for simultaneously receiving an anchoring profile (19, 20) for the waterproof malleable pouch, a border (14, 15, 16, 17) and stacked end beam, by means of mechanical connection in attachment points along the top perimeter thereof; the mounting assembly further comprises a mirror, and - a laying model with markings of exact location for the attachment of pillars (1, 2) by inserting screws and retaining washers in attachment points of the tabs and in the attachment points of the connection profile. - said connection profile, being a single piece, with a U-shaped recessed section for simultaneously receiving an anchoring profile (19, 20) for the waterproof malleable pouch, a border (14, 15, 16, 17) and stacked end beam, by means of mechanical connection in attachment points along the top perimeter thereof; - a laying model with markings of exact location for the attachment of pillars (1, 2) by inserting screws and retaining washers in attachment points of the tabs and in the attachment points of the connection profile.
A composition for use in a therapeutic method of enhancing, increasing, accelerating or/and otherwise improving skeletal muscle generation or regeneration in a subject in need thereof, wherein the composition is or comprises a HIF-2α inhibitor.
A flexible armoured pipe having a centre axis and comprising an internal pressure sheath and an outer sheath, the radial distance between said internal pressure sheath and said outer sheath defining an annulus, said annulus comprises at least one tensile armour layer (5, 6) surrounded by at least one retaining layer, characterized in that the retaining layer is constituted by an elongate metallic strip (14, 16, 20, 30) wound around the at least one tensile armour layer with an winding angle of at least 65° in respect of the centre axis and wherein the elongate metallic strip (14, 16, 20, 30) is non-interlocked and has a bending stiffness lower than 1/10 of the bending stiffness of a wire forming the tensile armour layer.
A liquid crystal display, comprising: - an outer cover; - a backlight module, comprising: - a reflection sheet, disposed on the outer cover and facing the outer cover, wherein there is an interval between the outer cover and the reflection sheet; - a light guide plate, stacked on the reflection sheet; - an edge reflector, disposed on the outer cover, wherein a containing spaces is defined by the outer cover and the edge reflector; - a light source, disposed in the containing spaces; - a frame, beside the light source and surrounding an outside of the backlight module, connected to the outer cover to fix the backlight module, and having a supporting surface; - a liquid crystal panel, stacked on the light guide plate, wherein the liquid crystal panel has a circuit board, the circuit board of the liquid crystal panel is supported on the supporting surface of the frame, and the liquid crystal panel uses the circuit board of the liquid crystal panel thereof to be supported on the supporting surface of the frame; and - a bezel, assembled to the outer cover and having a window, wherein the outer cover and the bezel enclose the backlight module and the liquid crystal panel, and the window exposes the liquid crystal panel. - an outer cover; - a backlight module, comprising: - a reflection sheet, disposed on the outer cover and facing the outer cover, wherein there is an interval between the outer cover and the reflection sheet; - a light guide plate, stacked on the reflection sheet; - an edge reflector, disposed on the outer cover, wherein a containing spaces is defined by the outer cover and the edge reflector; - a light source, disposed in the containing spaces; - a reflection sheet, disposed on the outer cover and facing the outer cover, wherein there is an interval between the outer cover and the reflection sheet; - a light guide plate, stacked on the reflection sheet; - an edge reflector, disposed on the outer cover, wherein a containing spaces is defined by the outer cover and the edge reflector; - a light source, disposed in the containing spaces; - a frame, beside the light source and surrounding an outside of the backlight module, connected to the outer cover to fix the backlight module, and having a supporting surface; - a liquid crystal panel, stacked on the light guide plate, wherein the liquid crystal panel has a circuit board, the circuit board of the liquid crystal panel is supported on the supporting surface of the frame, and the liquid crystal panel uses the circuit board of the liquid crystal panel thereof to be supported on the supporting surface of the frame; and - a bezel, assembled to the outer cover and having a window, wherein the outer cover and the bezel enclose the backlight module and the liquid crystal panel, and the window exposes the liquid crystal panel.
An electric furnace (101, 101a, 101b) coupled to a power supply, comprising: at least one electrode (112, 112a, 112b); and characterised by a variable reactor control system (128, 128a, 128b) for maintaining a set-point, including a variable reactor (118, 118a, 118b) coupled between each at least one electrode and the power supply; a feed control system (172, 172a, 172b) for controlling the input of feed materials to the furnace, the feed control system having an output for a feed request signal; and an electrode positioning system (148, 148a, 148b) coupled to the at least one electrode for controlling the position of the at least one electrode, the electrode positioning system having an input for receiving the feed request signal and having positioning means for lowering the at least one electrode in response to the feed request signal. at least one electrode (112, 112a, 112b); and characterised by a variable reactor control system (128, 128a, 128b) for maintaining a set-point, including a variable reactor (118, 118a, 118b) coupled between each at least one electrode and the power supply; a feed control system (172, 172a, 172b) for controlling the input of feed materials to the furnace, the feed control system having an output for a feed request signal; and an electrode positioning system (148, 148a, 148b) coupled to the at least one electrode for controlling the position of the at least one electrode, the electrode positioning system having an input for receiving the feed request signal and having positioning means for lowering the at least one electrode in response to the feed request signal.
A method comprising: determining a change in number of touches when a first touch of a plurality of touches overlapping in time on a touch-sensitive display is discontinued; utilizing first touch data collected prior to the determining to identify a location of the discontinued touch; determining that the first touch data is not established to be accurate by determining that a location of at least one of the touches is not resolvable, wherein an identifier is associated with or included in the first touch data when the first touch data is not established to be accurate; obtaining second touch data collected prior to the first touch data to identify the location of the discontinued touch; determining (306, 314) which of the touches the touch data is associated with when the second touch data comprises touch data from a single touch; and discarding the second touch data when the second touch data is associated with a single touch that is a second touch of the overlapping touches. determining a change in number of touches when a first touch of a plurality of touches overlapping in time on a touch-sensitive display is discontinued; utilizing first touch data collected prior to the determining to identify a location of the discontinued touch; determining that the first touch data is not established to be accurate by determining that a location of at least one of the touches is not resolvable, wherein an identifier is associated with or included in the first touch data when the first touch data is not established to be accurate; obtaining second touch data collected prior to the first touch data to identify the location of the discontinued touch; determining (306, 314) which of the touches the touch data is associated with when the second touch data comprises touch data from a single touch; and discarding the second touch data when the second touch data is associated with a single touch that is a second touch of the overlapping touches.
Method for detecting a failure in a combustion engine lubricating oil system provided with an adjustable oil source, controlled through a control signal through a feedback control scheme, the method being based on a comparison, for a measured oil pressure value, between: - an actual control signal of the said adjustable source, in order to force the measured oil pressure value to an expected oil pressure value, and - an expected control signal; in case of a mismatch is detected between said control signals, a failure in the lubricating oil system is detected and an action is carried out. - an actual control signal of the said adjustable source, in order to force the measured oil pressure value to an expected oil pressure value, and - an expected control signal;
A fluid recovery structure, comprising: a body having an interior cavity and including an upper box and a lower box; ports integrally joined to first walls of the body and having port walls that extend away from the body, each of the ports having a port opening that is contiguous with the interior cavity, each of the ports having a retaining lip disposed on an outside surface of the ports and spaced apart from walls of the body, wherein the retaining lip is configured to retain socks on the outside of the port body; and a drain structure integrally joined without seams to a second wall of the body that is a lower surface of the lower box and having a drain hole that extends from the interior cavity through the drain structure. a body having an interior cavity and including an upper box and a lower box; ports integrally joined to first walls of the body and having port walls that extend away from the body, each of the ports having a port opening that is contiguous with the interior cavity, each of the ports having a retaining lip disposed on an outside surface of the ports and spaced apart from walls of the body, wherein the retaining lip is configured to retain socks on the outside of the port body; and a drain structure integrally joined without seams to a second wall of the body that is a lower surface of the lower box and having a drain hole that extends from the interior cavity through the drain structure.
An end-of-stroke control method for a rack-type steering of an electrically assisted motor vehicle, wherein the maximum intensity of the electric current flowing in the assistance electric motor is controlled to adapt the assistance torque, when approaching the end-of-stroke positions of the rack, so as to reduce shocks and noises when the steering reaches the steering stop, characterized in that the control of the assistance torque, when approaching the end-of-stroke positions, is carried out or activated depending on settings including the acceleration value of the rotation of the steering wheel, and by controlling the assistance torque so as to target a value or a deceleration profile of the rotation of the steering wheel.
A method for establishing secure communication between nodes in a network, wherein the network comprises a key manager which accommodates a key-manager-specific public key and a corresponding key-manager-specific private key; wherein a copy of the key-manager-specific public key is stored in an installation device; wherein the installation device provides a new node with the copy of the key-manager-specific public key; and wherein said new node is registered with the key manager by providing a node-specific public key and an identifier of said new node to the key manager, such that other nodes in the network may setup end-to-end secure connections with said new node by requesting the node-specific public key of said new node from the key manager.
Gravity structure intended for a marine civil-engineering construction, comprising a slab configured so as to be placed on a sea bed and secured to a shaft directed in a principal direction substantially orthogonal to said slab, characterised in that the gravity structure comprises at least one anchoring tie rod extending in said shaft and in the slab, the gravity structure being configured so that, in a service position of the gravity structure, said at least one anchoring tie rod is anchored in the sea bed.
A display control apparatus comprising: a specific operation means configured to accept a user operation indicating to display a specific menu among hierarchical menus including a plurality of menus for making a setting or an operation performed within the display control apparatus, wherein the specific menu forms part of a menu hierarchy of the hierarchical menus and is not top of the menu hierarchy; and a display control means configured, if the specific operation means is operated when the specific menu is displayed on a display means, to clear display of the specific menu and any of the other hierarchical menus being displayed when the specific operation means is operated, if the specific operation means is operated when none of the hierarchical menus are displayed on the display means, to display the specific menu, and if the specific operation means is operated when a menu different from the specific menu and different from a menu one level above the specific menu is displayed, to display the specific menu, wherein the display control means is configured, if the specific menu is disabled when the specific operation means is operated to display the specific menu on the display means, to display the menu one level above the specific menu and recognizably display that a menu item for entering the specific menu is disabled. a specific operation means configured to accept a user operation indicating to display a specific menu among hierarchical menus including a plurality of menus for making a setting or an operation performed within the display control apparatus, wherein the specific menu forms part of a menu hierarchy of the hierarchical menus and is not top of the menu hierarchy; and a display control means configured, if the specific operation means is operated when the specific menu is displayed on a display means, to clear display of the specific menu and any of the other hierarchical menus being displayed when the specific operation means is operated,
A method for coating a substrate that contains cobalt, nickel and/or iron with a corrosion-resistant layer, wherein a slurry containing aluminium is applied to the substrate, and the substrate together with the slurry is then subjected to an annealing of the surface layer, which lasts less than 10 min, while the temperature in the surface layer and in the slurry lies between 550 and 800 °C.
Assembly comprising a cable having at least two signal wires and a connector, wherein the connector comprises at least two elongated inner signal contacts each connected to a wire of the cable, wherein the connector comprises a shielding portion formed of an inner shield and an outer shield, and wherein the inner shield at least approximately completely surrounds the wires of the cable and the outer shield at least partially surrounds the inner shield, wherein the connector comprises a first shielding part and a second shielding part each disclosing wings (46, 48) to create the inner shield and the outer shield overlapping the inner shield (50, figure 6B), wherein the second shielding part further comprises connecting wings which are bent around the first shielding part to radially fixate the second shielding part onto the first shielding part, characterized in that a groove extending perpendicular to the plug axial direction is formed on the outer surface of the first shielding part into which the connecting wings of the second shielding part are placed. wherein the connector comprises at least two elongated inner signal contacts each connected to a wire of the cable, wherein the connector comprises a shielding portion formed of an inner shield and an outer shield, and wherein the inner shield at least approximately completely surrounds the wires of the cable and the outer shield at least partially surrounds the inner shield, wherein the connector comprises a first shielding part and a second shielding part each disclosing wings (46, 48) to create the inner shield and the outer shield overlapping the inner shield (50, figure 6B), wherein the second shielding part further comprises connecting wings which are bent around the first shielding part to radially fixate the second shielding part onto the first shielding part, characterized in that
Connection system for connecting a fibrous semifinished product to a positioning member (30, 30.1, 30.2) for positioning the fibrous semifinished product at least on at least one positioning means (2.1, 2.2) of a processing system for processing the fibrous semifinished product, wherein the connection system has at least one joining device for joining the fibrous semifinished product to the positioning member (30, 30.1, 30.2) and at least one placing means (44.1, 44.2) for placing the positioning member (30, 30.1, 30.2) on the connection system, characterized in that the placing means (44.1, 44.2) is a placing pin or placing plug which, in order to at least retain the fibrous semifinished product, extends from a retaining means of the connection system.
Panel for glazing comprising a rigid support, substantially transparent to radiation in the visible range, and comprising at least one surface (3, 4), comprising a periphery, and one or a plurality of edges (8, 9, 10, 11), characterized in that said panel comprises a metal fabric stretched over, and attached onto, all or part of, said at least one of said surfaces (3, 4), of said metal fabric being in stressed form.
A system with a plurality of different work modules that are each designed for the handling of beverage containers, the system comprising - at least one first work module and at least one second work module, wherein the at least one first work module and the at least one second work module each have at least one conveyor device for the transporting of beverage containers as well as each having different work functions for the acting upon beverage containers; and - an installation position, into which the at least one first work module or the at least one second work module can be selectively placed for the particular operation, wherein the system comprises an installation device, wherein the installation device is controllable and/or can be actuated for the selective placing of the at least one first work module or the at least one second work module into the installation position, the system being characterised in that the installation device comprises a driverless transport system, which a) is controllable for the selective and autonomous placing of the at least one first work module or the at least one second work module into the installation position; and/or which b) is controllable for the autonomous extracting of the particular at least one first work module or the particular at least one second work module that has been placed into the installation position. - at least one first work module and at least one second work module, wherein the at least one first work module and the at least one second work module each have at least one conveyor device for the transporting of beverage containers as well as each having different work functions for the acting upon beverage containers; and - an installation position, into which the at least one first work module or the at least one second work module can be selectively placed for the particular operation, wherein the system comprises an installation device, wherein the installation device is controllable and/or can be actuated for the selective placing of the at least one first work module or the at least one second work module into the installation position, the system being characterised in that the installation device comprises a driverless transport system, which a) is controllable for the selective and autonomous placing of the at least one first work module or the at least one second work module into the installation position; and/or which b) is controllable for the autonomous extracting of the particular at least one first work module or the particular at least one second work module that has been placed into the installation position. a) is controllable for the selective and autonomous placing of the at least one first work module or the at least one second work module into the installation position; and/or which b) is controllable for the autonomous extracting of the particular at least one first work module or the particular at least one second work module that has been placed into the installation position.
Motor vehicle latch, in particular a motor vehicle door latch, comprising a locking mechanism (1, 2) consisting substantially of a catch and a pawl, and comprising an operating lever chain (6, 7, 8, 9) for the locking mechanism (1, 2), the operating lever chain (6, 7, 8, 9) having at least one operating lever, a coupling element (7, 8), and a release lever on the locking mechanism side, and an inertia element additionally being provided for acting upon the coupling element (7, 8), at least in the event of a crash, the coupling element (7, 8) being disengaged in normal operation and only being engaged in the event of a crash by means of the inertia element, characterized in that the coupling element (7, 8) is formed at least in two parts with a coupling lever and a transmission lever.