mhurhangee/ep-ind-claims huggingface dataset:
An industrial truck with a vehicle command device, a display unit, at least one battery and a bus-system, wherein • the bus-system connects several components (12, 14, 16) to each other for exchange of data and command signals, • in a master operation, the vehicle command outputs command signals for the components (12, 14, 16) working in a follower-operation, • as one of the components, the display unit receives and displays command signals and data concerning conditions of the industrial truck from the vehicle command device to be displayed in the follower operation, • and the battery comprises several battery cells and a battery command device, which monitors the condition of the battery cells, characterised in that • in a master operation, the display unit retrieves, receives and displays conditions of the battery to be displayed from the battery command device. • the bus-system connects several components (12, 14, 16) to each other for exchange of data and command signals, • in a master operation, the vehicle command outputs command signals for the components (12, 14, 16) working in a follower-operation, • as one of the components, the display unit receives and displays command signals and data concerning conditions of the industrial truck from the vehicle command device to be displayed in the follower operation, • and the battery comprises several battery cells and a battery command device, which monitors the condition of the battery cells, • in a master operation, the display unit retrieves, receives and displays conditions of the battery to be displayed from the battery command device.
A method of generating a service indicator for a tipper, the tipper comprising a tipper body pivotably moveable with respect to a frame with a hydraulic cylinder disposed therebetween and actuatable to pivot the tipper body to perform a tipping cycle, the method comprising: monitoring an angular positional parameter relating to the tip angle of the tipper body with respect to the frame, wherein the angular positional parameter is generated by an inclination sensor; identifying when a tipping cycle is performed based on the monitored parameter, when the monitored parameter crosses at least an upper threshold and a lower threshold; counting the number of tipping cycles performed; determining whether the number of tipping cycles performed has reached a service threshold; and generating a service indicator when it is determined that the service threshold has been reached. monitoring an angular positional parameter relating to the tip angle of the tipper body with respect to the frame, wherein the angular positional parameter is generated by an inclination sensor; identifying when a tipping cycle is performed based on the monitored parameter, when the monitored parameter crosses at least an upper threshold and a lower threshold; counting the number of tipping cycles performed; determining whether the number of tipping cycles performed has reached a service threshold; and generating a service indicator when it is determined that the service threshold has been reached.
A method for monitoring the transport of solid pourable heating material, such as wood chips or pellets, wherein the heating material is introduced into an delivery pipe, in particular a suction pipe, from a storage container via at least one withdrawal device and transported to a heating device, or an intermediate container of the heating device, wherein the flow rate of the transported heating material is detected in the delivery pipe by at least one sensor (10, 20, 21, 22), characterized in that an electrostatic charge of the transported heating material comprised of wood chips or pellets is determined during its transport through the delivery pipe by the heating material impinging on the inner surface of the delivery pipe, which is made of a synthetic material, by detecting a discharge of the charged transported heating material on a sensor formed by conducting surfaces (20, 21, 22) on the inner side of the delivery pipe.
A two-part reactive composition comprising: a) a first part comprising an oxalamido-containing compound and a compound of Formula; wherein the oxalamido-containing compound has at least two groups of the formula -NR 5 - - -OR 4; wherein the groups of the formula -NR 5 - - -OR 4 are the reaction products of a first amine component with a compound of Formula; wherein the first amine component has at least two and at most three primary amino groups, secondary amino groups, or a mixture thereof; wherein the oxalamido-containing compound is free of a siloxane segment; and wherein the compound of Formula is of the formula: R 4 O- - -OR 4, wherein each R 4 is independently alkyl, substituted alkyl, aralkyl, substituted aralkyl, alkenyl, aryl, or substituted aryl; and wherein each R 5 is independently H, alkyl, substituted alkyl, alkylene, aralkyl, substituted aralkyl, alkenyl, aryl, or substituted aryl; and b) a second part comprising a second amine component having (i) greater than three primary amino groups, or (ii) at least three primary amino groups and a plurality of secondary amino groups, wherein the second amine component is a polymeric material having a carbon backbone or a polymeric material having a carbon backbone with a plurality of catenated nitrogen atoms. a) a first part comprising an oxalamido-containing compound and a compound of Formula; wherein the oxalamido-containing compound has at least two groups of the formula -NR 5 - - -OR 4; wherein the groups of the formula -NR 5 - - -OR 4 are the reaction products of a first amine component with a compound of Formula; wherein the first amine component has at least two and at most three primary amino groups, secondary amino groups, or a mixture thereof; wherein the oxalamido-containing compound is free of a siloxane segment; and wherein the compound of Formula is of the formula: R 4 O- - -OR 4, wherein each R 4 is independently alkyl, substituted alkyl, aralkyl, substituted aralkyl, alkenyl, aryl, or substituted aryl; and wherein each R 5 is independently H, alkyl, substituted alkyl, alkylene, aralkyl, substituted aralkyl, alkenyl, aryl, or substituted aryl; and b) a second part comprising a second amine component having (i) greater than three primary amino groups, or (ii) at least three primary amino groups and a plurality of secondary amino groups, wherein the second amine component is a polymeric material having a carbon backbone or a polymeric material having a carbon backbone with a plurality of catenated nitrogen atoms.
A beverage dispensing module comprising: an outlet arrangement for selectively dispensing beverage; a pressurising arrangement comprising resilient bias means connected to a roller; and a beverage pouch fluidly connected to the outlet arrangement and mounted with the roller; wherein the resilient bias means, outlet arrangement and roller are configured to form an overpressure, relative to atmospheric pressure, within the pouch; the beverage pouch defines a sealed, variable internal volume and the resilient bias means is biased to displace the roller to reduce the internal volume to form the overpressure; and the resilient bias means is arranged to induce a rotational torque in the roller. an outlet arrangement for selectively dispensing beverage; a pressurising arrangement comprising resilient bias means connected to a roller; and a beverage pouch fluidly connected to the outlet arrangement and mounted with the roller;
A gas turbine engine comprising a rotor encircled by an annular shroud (34,38) supported within an annular support case, an annular plenum provided within an annular outer case of the engine and defined radially between an outer skin and a perforated inner skin of the annular plenum, the annular plenum being placed around and supported on the annular support case, a first transfer tube having a radial inner end sealingly received in a first port in the outer skin and a radial outer end sealingly received in a second port in the outer case, the second port in the outer case being in fluid communication with a source of pressurized cooling air to allow a first flow of pressurized cooling air to pass through the first transfer tube and then enter the plenum in order to pass through the perforated inner skin for impingement cooling of the support case, wherein the respective radial inner and outer ends (66, 70) of the first transfer tube each comprise a portion of a spherical surface in contact with a cylindrical inner surface of the respective first and second ports (68, 72) to allow thermally induced axial, radial and circumferential relative movement of the outer case and the plenum; characterised by further comprising a second transfer tube extending radially through the annular plenum to form at least a part of an air passage isolated from the plenum, the air passage communicating with an annular cavity surrounding the outer skin of the annular plenum and defined within the outer case, and with a space defined within the annular support case for continuously introducing a second flow of pressurized cooling air from the annular cavity into the space defined within the annular support case to cool the annular shroud (34, 38).
A method of trimming a blow dome from a neck of a plastic bottle forming a portion of a plastic blow molded log discharged from a blow mold, the neck extending along an axis, the method comprising the steps of: (a) placing an untrimmed log on a log holder and locating a guillotine assembly at a retracted position away from the log holder while the log is being placed on the log holder, the guillotine assembly comprising a carrier, a blade to cut the blow dome from the bottle neck, and a neck support plate, the blade and the neck support plate mounted to the carrier for conjoint movement with the carrier; (b) moving the carrier from the retracted position to an extended position positioning the guillotine assembly adjacent the log holder after the log has been placed on the log holder, the neck support plate and blade spaced from and overlaying a first side of the plastic log in a direction perpendicular to the axis of the neck when the guillotine assembly is adjacent the log holder; (c) moving the neck support plate a predetermined distance towards the plastic log and stopping the neck support plate adjacent the neck after such movement; (d) moving the blade towards and through the plastic log after performing step (c) to trim the blow dome from the neck; (e) moving the guillotine assembly from its extended position adjacent the log holder back to the retracted position away from the log holder after performing step (d); and (f) removing the trimmed log from the log holder after performing step (e). (a) placing an untrimmed log on a log holder and locating a guillotine assembly at a retracted position away from the log holder while the log is being placed on the log holder, the guillotine assembly comprising a carrier, a blade to cut the blow dome from the bottle neck, and a neck support plate, the blade and the neck support plate mounted to the carrier for conjoint movement with the carrier; (b) moving the carrier from the retracted position to an extended position positioning the guillotine assembly adjacent the log holder after the log has been placed on the log holder, the neck support plate and blade spaced from and overlaying a first side of the plastic log in a direction perpendicular to the axis of the neck when the guillotine assembly is adjacent the log holder; (c) moving the neck support plate a predetermined distance towards the plastic log and stopping the neck support plate adjacent the neck after such movement; (d) moving the blade towards and through the plastic log after performing step (c) to trim the blow dome from the neck; (e) moving the guillotine assembly from its extended position adjacent the log holder back to the retracted position away from the log holder after performing step (d); and (f) removing the trimmed log from the log holder after performing step (e).
Slat for a Venetian blind for darkening windows or doors, wherein the slat in a vertical position comprises a lower edge section and an upper edge section, wherein a main section extends from the lower edge section of the slat towards the upper edge section, wherein the main portion has a mean radius of curvature of at least 100 cm, and the slat in its upper edge section has a lever section, which extends approximately transversely to a center plane of the other sections (5, 10) of the slat, so that a turning belt, can be fastened to an edge formed on the lever section at a distance from the centre plane.
A resource access management component arranged to manage access to resources within a microcontroller unit or a microprocessor formed within an integrated circuit device; the resource access management component comprising: at least one resource access management device (130, 135) configured to manage access to the resources by a plurality of interconnect-master devices (110, 112) of the microcontroller unit or microprocessor, the plurality of interconnect-master devices (110, 112) being processing cores; the at least one resource access management device (130, 135) is configured to enable access to the resources by the plurality of interconnect-master devices (110, 112) via the at least one resource access management device (130, 135); and at least one resource access configuration unit arranged: to receive an indication when a fault has been detected in relation to at least one interconnect-master device (110, 112) of the microcontroller unit or microprocessor, and to reconfigure the at least one resource access management device (130, 135) in response to receiving the indication that a fault has been detected in relation to the at least one interconnect-master device (110, 112). at least one resource access management device (130, 135) configured to manage access to the resources by a plurality of interconnect-master devices (110, 112) of the microcontroller unit or microprocessor, the plurality of interconnect-master devices (110, 112) being processing cores; the at least one resource access management device (130, 135) is configured to enable access to the resources by the plurality of interconnect-master devices (110, 112) via the at least one resource access management device (130, 135); and at least one resource access configuration unit arranged: to receive an indication when a fault has been detected in relation to at least one interconnect-master device (110, 112) of the microcontroller unit or microprocessor, and to reconfigure the at least one resource access management device (130, 135) in response to receiving the indication that a fault has been detected in relation to the at least one interconnect-master device (110, 112). to receive an indication when a fault has been detected in relation to at least one interconnect-master device (110, 112) of the microcontroller unit or microprocessor, and to reconfigure the at least one resource access management device (130, 135) in response to receiving the indication that a fault has been detected in relation to the at least one interconnect-master device (110, 112).
Driving system for automated driving for a motor vehicle comprising a steering wheel display, wherein, for the automated driving, the driving system is operable in different driver-selectable driving modes with different degrees of automation, specifically at least in one first automated driving mode having automated longitudinal and/or lateral control and in a second automated driving mode different therefrom having automated longitudinal and/or lateral control, with the first driving mode and the second driving mode differing from one another in terms of their degree of automation, wherein - the driving system comprises a steering wheel display having lighting means for lighting up a steering wheel of the motor vehicle, - the steering wheel display is operable in various lighting states differentiable by the driver, and the driving system is configured - to specify which lighting state of the various lighting states the steering wheel display has, - to specify that, during operation of the driving system in the first driving mode, the steering wheel display lights up in a first lighting state, and - to specify that, during operation of the driving system in the second driving mode, the steering wheel display lights up in a second lighting state differentiable by the driver from the first lighting state, characterized in that the lighting means are lighting means for lighting up the steering wheel rim. - the driving system comprises a steering wheel display having lighting means for lighting up a steering wheel of the motor vehicle, - the steering wheel display is operable in various lighting states differentiable by the driver, and the driving system is configured - to specify which lighting state of the various lighting states the steering wheel display has, - to specify that, during operation of the driving system in the first driving mode, the steering wheel display lights up in a first lighting state, and - to specify that, during operation of the driving system in the second driving mode, the steering wheel display lights up in a second lighting state differentiable by the driver from the first lighting state, - to specify which lighting state of the various lighting states the steering wheel display has, - to specify that, during operation of the driving system in the first driving mode, the steering wheel display lights up in a first lighting state, and - to specify that, during operation of the driving system in the second driving mode, the steering wheel display lights up in a second lighting state differentiable by the driver from the first lighting state, characterized in that the lighting means are lighting means for lighting up the steering wheel rim.
A clasp (10; 110) with an unfolding buckle for a bracelet allowing an adjustment of the length of the bracelet, said clasp comprising: - a first blade and a second blade hinged relative to each other at a first end, with the first blade comprising two side posts (21.1, 21.2) between which a space is provided which is suitable for receiving said second blade when the clasp is in a closed position; - locking means making it possible to maintain said first and second blades (20, 22) in said closed position; - a length-adjustment device (5; 105) for adjusting the length of the bracelet, said adjustment device comprising a locking element (7; 107), a housing (31, 32; 131, 132) for the locking element, and a mobile portion (6; 106) which a first fastening member is attached to, with said fastening member being intended to be connected to a first free end of the bracelet; said adjustment device (5; 105) being connected to said second blade so arranged as to be received in said space provided between said side posts (21a, 21b) of said first blade when the clasp is in a closed position; characterized in that said second blade comprises first and second side members (8, 108; 9, 109), the mobile portion (6; 106) being arranged between said side members, a first portion (31; 131) of the housing of the locking element (7; 107) being arranged in a bulge of said first side member (8, 108), and a second portion (32; 132) of the housing being arranged in a bulge of said second side member (8, 108). - a first blade and a second blade hinged relative to each other at a first end, with the first blade comprising two side posts (21.1, 21.2) between which a space is provided which is suitable for receiving said second blade when the clasp is in a closed position; - locking means making it possible to maintain said first and second blades (20, 22) in said closed position; - a length-adjustment device (5; 105) for adjusting the length of the bracelet, said adjustment device comprising a locking element (7; 107), a housing (31, 32; 131, 132) for the locking element, and a mobile portion (6; 106) which a first fastening member is attached to, with said fastening member being intended to be connected to a first free end of the bracelet; said adjustment device (5; 105) being connected to said second blade so arranged as to be received in said space provided between said side posts (21a, 21b) of said first blade when the clasp is in a closed position;
A contactless positioning sensing, CLPS, sensor package (100; 100a; 100b) in combination with a skew detection system for sensing rotational positional data in an aircraft control surface, the sensor package comprising: a stack of separated printed circuit boards including: a first position target printed board; a second printed circuit board having a rotary sensor; and a third printed circuit board having power supply components. a stack of separated printed circuit boards including: a first position target printed board; a second printed circuit board having a rotary sensor; and a third printed circuit board having power supply components. a first position target printed board; a second printed circuit board having a rotary sensor; and a third printed circuit board having power supply components.
A connecting system for use with superconducting tape, comprising: a connector stack (280, 380) immersed in a coolant, the connector stack (280, 380) comprising a plurality of connectors (230, 330) disposed one on top of another, and having one or more openings; and two superconducting tapes, the connecting system being characterized in that each opening of the one or more openings is adapted to hold two superconducting tapes and the two superconducting tapes, in a paired configuration, are disposed in a respective one of the one or more openings, wherein at least one of the two superconducting tapes is disposed in a protective sleeve and/or a first side of each superconducting tape is superconducting and a second side, opposite to the first side, is non-superconducting, and the second sides of the two superconducting tapes in a paired configuration are adjacent to one another. a connector stack (280, 380) immersed in a coolant, the connector stack (280, 380) comprising a plurality of connectors (230, 330) disposed one on top of another, and having one or more openings; and two superconducting tapes, the connecting system being characterized in that each opening of the one or more openings is adapted to hold two superconducting tapes and the two superconducting tapes, in a paired configuration, are disposed in a respective one of the one or more openings, wherein at least one of the two superconducting tapes is disposed in a protective sleeve and/or a first side of each superconducting tape is superconducting and a second side, opposite to the first side, is non-superconducting, and the second sides of the two superconducting tapes in a paired configuration are adjacent to one another.