mhurhangee/ep-ind-claims huggingface dataset:
An assembly comprising a synchronisation sleeve for a gearbox, provided with a stop, said sleeve including a bore having splines provided to link an idler gear to the shaft of same, activating a synchronisation device (34, 36, 38) contained radially inside said bore, the stop, held axially, having a planar transverse face provided with an external contour projecting beyond the bore in order to abut against the transverse face of the sleeve to stop same at the end of travel, characterized in that the external contour of the stop comprises indentations that are radially underneath the bore.
A leveling ramp for a vehicle having a leveler, which has a ramp side having a ramp surface and a support side opposite the ramp side having a support surface and at least one rib (4, 4') extending between the ramp side and the support side, characterized in that at least one projection (5, 5') angled with respect to the rib (4, 4') is provided on the end of the rib (4, 4') facing the ramp side. having a leveler, which has a ramp side having a ramp surface and a support side opposite the ramp side having a support surface and at least one rib (4, 4') extending between the ramp side and the support side, characterized in that at least one projection (5, 5') angled with respect to the rib (4, 4') is provided on the end of the rib (4, 4') facing the ramp side.
A method of removing methane from ventilation air including the steps of: i) reacting a ventilation air methane stream with a carbon dioxide scavenger to form a mineral carbonate; and ii) decomposing the mineral carbonate back to a mineral or mineral oxide. i) reacting a ventilation air methane stream with a carbon dioxide scavenger to form a mineral carbonate; and ii) decomposing the mineral carbonate back to a mineral or mineral oxide.
A probe for analyzing a rod assembly comprising an elongated housing supporting at a first end a permanent magnet and, at a position sufficiently distant from this magnet, an assembly of magnetometers for detecting the axial, radial, and tangential components of the rod magnetization, characterized in that the permanent magnet has a north-south axis parallel to the axis of the rods and a length greater than the internal diameter of the rods.
A railway vehicle carriage extending in a longitudinal direction, comprising a chassis and equipment arranged on the underframe, and comprising a device for fixing the equipment to the underframe of the railway vehicle carriage, the fixing device comprising means for attaching the equipment to the underframe and fall prevention means comprising: - at least one anti-fall pin designed to be fixed to the chassis, and - at least one member for passage of the fall prevention pin, comprising an orifice for passage of the fall prevention pin, and intended to be secured to the equipment, and in which each fall prevention pin extends parallel to the longitudinal direction, characterised in that the fastening means comprise at least one elastically deformable damping member kinematically arranged between the equipment and the frame, and in that the passage orifice has a diameter at least 1.2 times greater than the diameter of the corresponding fall prevention pin. - at least one anti-fall pin designed to be fixed to the chassis, and - at least one member for passage of the fall prevention pin, comprising an orifice for passage of the fall prevention pin, and intended to be secured to the equipment,
A submersible pump assembly for use in a borehole, comprising a screw pump and/or an eccentric screw pump with a longitudinal axis, a drive and a bearing arrangement for taking up and a diverting the axial and/or radial forces occurring during operation of the screw pump and/or eccentric screw pump, characterised in that the drive is disposed along the longitudinal axis via a first coupling rod at one end of the screw pump or eccentric screw pump and that the bearing arrangement is assigned along the longitudinal axis via a second coupling rod to the opposite end of the screw pump or eccentric screw pump.
A device for determining the risk of freezing, which is capable of being buried in the ground, having a surface which is at the level of the ground, the device comprising a thermoelectric transducer unit as an autonomous electricity supply means; at least one temperature sensor and in addition, at least one moisture sensor, in which the moisture sensor comprises a casing which is open in order to enable air to circulate, with, inside the casing, at least one source of light, such as a laser or an LED, and at least one optical sensor, such as a photoresistor and/or a photodiode and/or a phototransistor, in which the casing comprises an interior ceiling, wherein the interior ceiling comprises one or more downwardly orientated protrusions having one or more low points, preferably only one, and below which the at least one source of light and the at least one optical sensor are arranged in a plane which is immediately adjacent to the at least one low point.
Apparatus for inspecting empty containers for contaminants for use in automatic filling systems in which the containers are transported at high speeds of up to 90,000 bottles per hour, comprising a radiation source for generating an exciting radiation, wherein the exciting radiation is directed on to the inner wall of a container and excites contaminants to be detected in such a way that they emit luminescent radiation, at least one device for detecting the luminescent radiation emitted by the contaminants, and a device for analysing the detected luminescent radiation, wherein the exciting radiation is directed through the container opening into the interior of the container, wherein the radiation source is configured to illuminate the entire internal space of the container, and wherein the radiation source is operated in pulsed mode, or the detection device is a shutter camera. a radiation source for generating an exciting radiation, wherein the exciting radiation is directed on to the inner wall of a container and excites contaminants to be detected in such a way that they emit luminescent radiation, at least one device for detecting the luminescent radiation emitted by the contaminants, and a device for analysing the detected luminescent radiation, wherein the exciting radiation is directed through the container opening into the interior of the container, wherein the radiation source is configured to illuminate the entire internal space of the container, and wherein the radiation source is operated in pulsed mode, or the detection device is a shutter camera.
A method for providing an indication of data consumption by an application said application being executable on an electronic device and operable to consume data, via a network, from at least one remote content provider server, the method comprising: providing, on the electronic device, an iconic representation for the application, the iconic representation comprising an indicator for indicating previous data consumption by the application from said at least one remote content provider server during previous execution of the said application; executing the application in response to selection of the iconic representation; receiving, from a network data controller in the network, data representative of new data consumption with the at least one remote content provider server during the execution of the application; and providing an updated iconic representation for the application wherein the updated iconic representation includes the indicator for indicating updated data consumption based on the received data representative of the new data consumption and the previous data consumption the method being characterized in that the indicator comprises an iconic data consumption portion representing the data consumption by the application relative to a maximum data consumption allowance quota (155, 156) received by the electronic device from the network data controller. providing, on the electronic device, an iconic representation for the application, the iconic representation comprising an indicator for indicating previous data consumption by the application from said at least one remote content provider server during previous execution of the said application; executing the application in response to selection of the iconic representation; receiving, from a network data controller in the network, data representative of new data consumption with the at least one remote content provider server during the execution of the application; and providing an updated iconic representation for the application wherein the updated iconic representation includes the indicator for indicating updated data consumption based on the received data representative of the new data consumption and the previous data consumption the method being characterized in that the indicator comprises an iconic data consumption portion representing the data consumption by the application relative to a maximum data consumption allowance quota (155, 156) received by the electronic device from the network data controller.
A catheter, comprising: a tubular inner layer; a first reinforcing body that is wound around an outside in a radial direction of the inner layer; a second reinforcing body that is wound around the outside in the radial direction of the first reinforcing body; and an outer layer that covers the inner layer, the first reinforcing body, and the second reinforcing body, wherein the inner layer has a reduced diameter portion that is reduced in diameter from a proximal end side toward a distal end side on an inner peripheral surface, and a thickness of the outer layer between the first reinforcing body and the second reinforcing body is increased, at least partially from the proximal end side toward the distal end side, in the radial direction of the reduced diameter portion. a first reinforcing body that is wound around an outside in a radial direction of the inner layer; a second reinforcing body that is wound around the outside in the radial direction of the first reinforcing body; and an outer layer that covers the inner layer, the first reinforcing body, and the second reinforcing body, wherein the inner layer has a reduced diameter portion that is reduced in diameter from a proximal end side toward a distal end side on an inner peripheral surface, and a thickness of the outer layer between the first reinforcing body and the second reinforcing body is increased, at least partially from the proximal end side toward the distal end side, in the radial direction of the reduced diameter portion.
A system for the in-line measurement of mill liner wear and mill bolt tension, wherein includes: (a) at the threaded end of a determined number of bolts, an acoustic wave emitter, an acoustic wave receiver, an electronic circuit, a power source and a communication device; (b) in the vicinity of the mill, a data storage and accumulation management device; and (c) in a remote position, a data processing and deployment system (a) at the threaded end of a determined number of bolts, an acoustic wave emitter, an acoustic wave receiver, an electronic circuit, a power source and a communication device; (b) in the vicinity of the mill, a data storage and accumulation management device; and (c) in a remote position, a data processing and deployment system
A method of establishing an end-to-end tunnel extending across multiple domains using a network element, comprising: transmitting a first message to a network controller managing one domain of the multiple domains, wherein the domain comprises a first network path forming a portion of the end-to-end tunnel, and wherein the first message comprises an association object containing a virtual network identifier which identifies a virtual network, VN, and the VN is associated with the end-to-end tunnel; and the first message is used to bind the first network path to the VN the first message comprises an association object containing a virtual network identifier which identifies a virtual network, VN, and the VN is associated with the end-to-end tunnel; and the first message is used to bind the first network path to the VN
Microprocessor system (MCUSA) for executing at least partially safety-critical software modules as part of the control and/or regulation of functions or tasks which are associated with the software modules, which microprocessor system comprises at least one inherently safe microprocessor module (HWSA i) having at least two microprocessor cores (CPU i), and - at least one further inherently safe microprocessor module (HWSA i, i=1,... n) having at least two microprocessor cores (CPU 1, CPU 2; CPU 3, CPU 4) is provided, wherein the at least two microprocessor modules (HWSA 1, HWSA 2) are connected by means of a bus system, and - at least two software modules which perform at least partially overlapping functions are provided, characterized in that - these software modules having at least partially overlapping functions are distributed over the at least two microprocessor modules (HWSA 1, HWSA 2), and - means for comparing and/or arbitrating the results produced with the software modules for the identical functions are provided for the purpose of recognizing software and/or hardware faults. - at least one further inherently safe microprocessor module (HWSA i, i=1,... n) having at least two microprocessor cores (CPU 1, CPU 2; CPU 3, CPU 4) is provided, wherein the at least two microprocessor modules (HWSA 1, HWSA 2) are connected by means of a bus system, and - at least two software modules which perform at least partially overlapping functions are provided, characterized in that - these software modules having at least partially overlapping functions are distributed over the at least two microprocessor modules (HWSA 1, HWSA 2), and - means for comparing and/or arbitrating the results produced with the software modules for the identical functions are provided for the purpose of recognizing software and/or hardware faults.
Drum housing for a working drum of a construction machine or mining machine for working off milled material movable in a working direction, said working drum being provided with tools and rotating about a drum axis, with a housing shell that at least partially encloses the circumference of the working drum, and with at least one monitoring device arranged radially outside of the housing shell, said monitoring device inspecting the condition of the working drum or of the tools thereof, characterized in that at least one permanently open inspection opening (18, 20) for each monitoring device is arranged in the housing shell, a partial flow of the milled material passing through said opening, and that at least one wall arranged radially between the at least one inspection opening (18, 20) and the monitoring device and forming a boundary radially towards the outside, said wall running peripheral to and at a distance from the housing shell and comprising at least one passage opening which is closable during the working operation.
A surgical instrument comprising: a gripping assembly comprising a grip defining a first opening for receiving a finger or a thumb of a user, wherein the grip comprises an adjustable member, wherein the adjustable member comprises an internal deformable member and a flexible outer material, wherein the internal deformable member is embedded within the flexible outer material, wherein the adjustable member is configured to be moved in order to increase or decrease a cross-sectional area of the first opening; a shaft assembly extending distally from the gripping assembly; an end effector, wherein the end effector is positioned at a distal end of the shaft assembly, wherein the end effector comprises first member; and a pivoting member, wherein the pivoting member is pivotably coupled with the shaft assembly, wherein the pivoting member is pivotable with respect to the first member of the end effector between an open position and a closed position to thereby clamp tissue between the first member and the pivoting member, wherein a first portion of the adjustable member is movable towards a longitudinal axis of the instrument while a second portion of the adjustable member is simultaneously movable away from the longitudinal axis of the instrument. a gripping assembly comprising a grip defining a first opening for receiving a finger or a thumb of a user, wherein the grip comprises an adjustable member, wherein the adjustable member comprises an internal deformable member and a flexible outer material, wherein the internal deformable member is embedded within the flexible outer material, wherein the adjustable member is configured to be moved in order to increase or decrease a cross-sectional area of the first opening; a shaft assembly extending distally from the gripping assembly; an end effector, wherein the end effector is positioned at a distal end of the shaft assembly, wherein the end effector comprises first member; and a pivoting member, wherein the pivoting member is pivotably coupled with the shaft assembly, wherein the pivoting member is pivotable with respect to the first member of the end effector between an open position and a closed position to thereby clamp tissue between the first member and the pivoting member, wherein a first portion of the adjustable member is movable towards a longitudinal axis of the instrument while a second portion of the adjustable member is simultaneously movable away from the longitudinal axis of the instrument.
A detachable chair leg, comprising a plurality of feet and a central support, the central support comprising a support body and a plurality of mount portions fixedly connected to the support body; each foot being provided with a mount groove on one side of the foot, wherein each mount portion is horizontally embedded in the mount groove, and between the each foot and the central support, a fastening assembly is provided to prevent each of the plurality of mount portions from being laterally separated from the mount groove; each of the plurality of mount portions is provided with a plurality of first limit portions; each foot is provided with a plurality of second limit portions, at least one of the plurality of the first limit portions is located outside the second limit portions in a longitudinal direction; the first limit portions cooperate with the second limit portions to form a longitudinal limit structure that prevents the foot from removing from the mount portion in the longitudinal direction; characterized in that the fastening assembly comprises a bolt and a threaded connection part with an internal threaded hole; the threaded connection part is provided on the foot, the bolt passes through the central support from below and then is screwed to the threaded connection part.
A device for actuating a brake system of a motor vehicle, wherein the brake system comprises disk brakes of the front axle with bearing pressure of the disk brake elements (p KB) and drum brakes of the rear axle with bearing pressure of the drum brake elements (p BB), wherein the device is formed by an Electronic Stability Control unit with a pump, by a connecting brake pipeline and by at least one input transmitter connected to the ESC unit for the transmission of signals characterizing the operating state of the vehicle, characterized in that the ESC unit further comprises a logic module, which is connected to the pump, wherein the ESC unit is designed so that after the activation of the logic module the value of the bearing pressure of the drum brake elements (P BBA) corresponding to the current operating state is higher by the difference value between the bearing pressure of the drum brake elements (p BB) before the activation of the logic unit and the bearing pressure of the disk brake elements (p KB) before the activation of the logic unit.
A method for producing a tubular knitted fabric with a weft-knitting machine having at least one pair of front and rear needle beds (3, 3) disposed both upper end portions thereof confronting each other at a distance, at least one pair of carriages (5, 5) each one of which is arranged to slide and reciprocate laterally on the respective needle beds, and a composite cam system installed in each carriage, wherein each composite cam system includes a top cam at a top portion of a needle raising cam, a pair of upper and lower fixing guide cams at both sides of the top cam, and stitch cams interposed between the top cam and the fixing guide cams, wherein the stitch cams comprise a leading stitch cam at a downstream side of the needle raising cam with respect to the forward movement of each respective carriage and a following stitch cam at an upstream side of the needle raising cam, wherein a needle being selected from a plurality of needles mounted in the respective needle beds, is raised and lowered through the composite cam system mounted in the respective carriages for producing a tubular knitted fabric while each carriage is moved reciprocally along the respective needle beds, characterized in that when a knitting course of the knitted fabric is progressed after inversion of the carriage, a needle engaging with at least a loop of knit yarn lastly formed on one of the needle beds in the knitted fabric just before the inversion of the carriage is kept from advancing towards the upper portion of the needle bed by means of the following stitch cam of the composite cam system installed into the carriage, while on the other needle bed, the knit yarn is fed to a needle opposing to the needle engaged with the last formed loop for forming a continuous loop with the last formed loop.
A moulding tool for manufacturing a composite component, comprising: a first mould; a second mould; a pressure generating means; wherein between the first mould and the second mould, a membrane is arrangeable, so that between the first mould and the membrane a first region is formed, and between the second mould and the membrane a second region is formed; wherein in the first region a fibrous mat is arrangeable; wherein the fibrous mat is resin-impregnated or resin-impregnatable; wherein in the second region with the use of the pressure generating means a counter-pressure can be produced so that the membrane is pressed in the direction of the fibrous mat; wherein the moulding tool comprises a first seal for sealing the first region and the second region; wherein the first seal is mounted to the first mould and has a first protrusion over the surface of the first mould; wherein the moulding tool comprises an additional seal for sealing the first region and the second region; wherein the additional seal has an additional protrusion that is smaller than the first protrusion. a first mould; a second mould; a pressure generating means; wherein between the first mould and the second mould, a membrane is arrangeable, so that between the first mould and the membrane a first region is formed, and between the second mould and the membrane a second region is formed; wherein in the first region a fibrous mat is arrangeable; wherein the fibrous mat is resin-impregnated or resin-impregnatable; wherein in the second region with the use of the pressure generating means a counter-pressure can be produced so that the membrane is pressed in the direction of the fibrous mat; wherein the moulding tool comprises a first seal for sealing the first region and the second region; wherein the first seal is mounted to the first mould and has a first protrusion over the surface of the first mould; wherein the moulding tool comprises an additional seal for sealing the first region and the second region; wherein the additional seal has an additional protrusion that is smaller than the first protrusion.