mhurhangee/ep-ind-claims huggingface dataset:
Electrical connection module (3, 3.1, 3.2, 3.3), with a longitudinal axis, comprising: • a body made of an electrically insulating material, comprising at least two cavities one on top of another, each designed to house an electric cable termination, comprising a sleeve and a preferably cylindrical contact held inside the sleeve, the contact being intended to be connected, preferably crimped, to an electric cable; • at least two electrically conductive tubes, one on top of another, inside the body, each designed to connect at least one contact of one of the electric cable terminations to another electrically conductive element (4, B); • at least two locking plates (35, 36), each designed to slide over the body between an unlocking position and a locking position in which it blocks a termination in translation with respect to the body, when the termination is inserted into one of the cavities of the body; the at least two locking plates (35, 36) being designed to slide over the body independently of one another, so as to achieve individual locking, to the module, of two electric cable terminations inserted from the same side of the body. • a body made of an electrically insulating material, comprising at least two cavities one on top of another, each designed to house an electric cable termination, comprising a sleeve and a preferably cylindrical contact held inside the sleeve, the contact being intended to be connected, preferably crimped, to an electric cable; • at least two electrically conductive tubes, one on top of another, inside the body, each designed to connect at least one contact of one of the electric cable terminations to another electrically conductive element (4, B); • at least two locking plates (35, 36), each designed to slide over the body between an unlocking position and a locking position in which it blocks a termination in translation with respect to the body, when the termination is inserted into one of the cavities of the body;
Windscreen wiper motor with a motor housing of an electric motor being connectable with a transmission housing, the electric motor which comprises an anchor with a collector and a carbon brush holder plate working together with the collector, wherein the carbon brush holder plate has a guide element for a carbon brush, wherein the carbon brush is arranged in the guide element so as to be longitudinally displaceable in a longitudinal axis of the carbon brush, with a first end surface of the carbon brush which is designed to be in contact with the collector, with, opposite the first end surface, a second end surface, on which, in an operating position, a spring element is in spring-pretensioned contact in order to press the carbon brush in the direction of the collector, wherein the spring element, when the carbon brush holder is assembled, is in spring-pretensioned contact on a side surface of the carbon brush and presses the carbon brush against the guide element forming a frictional connection, so that the first end surface of the carbon brush is positioned at a distance from the collector and wherein an activation device is provided which interacts with the second end surface of the carbon brush and which in the case of contact and a relative movement between the activation device and the second end face is designed to displace the carbon brush in the guide element in the direction of the longitudinal axis so that the spring element comes into operative connection with the second end face of the carbon brush, characterised in that the activation device is designed as a component part of the transmission housing.
Cylinder with a cylinder liner, a cylinder piston and an apparatus for the position determination of the cylinder piston located in the cylinder liner, comprising: a first port, a second port, wherein a signal coupled into the interior of the cylinder liner interacts with the cylinder piston, wherein a unit for determining the position of the cylinder piston is provided, which is connected to the first and second port (4, 5) and which is configured to determine the position of the cylinder piston in the cylinder liner, characterized in that the first port is configured for coupling an electrical signal into the interior of the cylinder liner, the second port is configured for coupling an electrical signal out of the interior of the cylinder liner, wherein the unit for determining the position of the cylinder piston is configured to determine the position of the cylinder piston in the cylinder liner with the aid of a vectorial measurement of a signal coupled out of the cylinder liner, wherein the unit for determining the position of the cylinder piston is configured to detect at least one transmission factor of the ports (4, 5) with the aid of a multi-gate measurement and to determine the cylinder piston position on the basis of the at least one detected transmission factor, wherein each port (4, 5) comprises am electrical connector and corresponds to one gate of the multi-gate measurement, and wherein the second connector of a port (4, 5) belonging to the gate is formed by a common mass level. a first port, a second port, wherein a signal coupled into the interior of the cylinder liner interacts with the cylinder piston, wherein a unit for determining the position of the cylinder piston is provided, which is connected to the first and second port (4, 5) and which is configured to determine the position of the cylinder piston in the cylinder liner, characterized in that the first port is configured for coupling an electrical signal into the interior of the cylinder liner, the second port is configured for coupling an electrical signal out of the interior of the cylinder liner, wherein the unit for determining the position of the cylinder piston is configured to determine the position of the cylinder piston in the cylinder liner with the aid of a vectorial measurement of a signal coupled out of the cylinder liner, wherein the unit for determining the position of the cylinder piston is configured to detect at least one transmission factor of the ports (4, 5) with the aid of a multi-gate measurement and to determine the cylinder piston position on the basis of the at least one detected transmission factor, wherein each port (4, 5) comprises am electrical connector and corresponds to one gate of the multi-gate measurement, and wherein the second connector of a port (4, 5) belonging to the gate is formed by a common mass level.
A restraining system for livestock comprising a passageway for the livestock, the passageway comprising a first side and a second side defining therebetween a width of the passageway, at least the first side being defined by: - a post; - a first side wall and a second side wall mounted on the post via mounting elements; the first and second side walls (25, 29) being disposed on either side of the post; at least the first side wall being movable along the width of the passageway; at least said first side being further defined by a protective casing arrangement configured to at least partially cover the post and the mounting elements inside the passageway, characterized in that the protective casing arrangement comprises at least a first portion connected to the first side wall and a second portion connected to the second side wall, the first and second portions (103, 105) being connected and movable relative to each other so that the protective casing arrangement is deformable so as to accompany the movement of at least the first side wall depending on the width. - a post; - a first side wall and a second side wall mounted on the post via mounting elements; the first and second side walls (25, 29) being disposed on either side of the post; at least the first side wall being movable along the width of the passageway;
A pen body assembly for a drug delivery pen, comprising: a pen body including a first thread groove; a dose setting body movably connected to said pen body including a protrusion engaging said first thread groove; and a knob connected to said dose setting body for moving said dose setting body relative to said pen body, wherein a collar is connected to said dose setting body to limit movement of said dose setting body through said pen body, wherein said collar is movably connected to said dose setting body, wherein said first thread groove has a first portion and a second portion, said first threaded portion having a larger pitch than said second threaded portion, a leadscrew for being movably disposed within a cartridge, said leadscrew being movably connected to said dose setting body for moving with said dose setting body to dispense a medicament, wherein said larger pitch portion is proximal to said knob relative to said smaller pitch portion. a pen body including a first thread groove; a dose setting body movably connected to said pen body including a protrusion engaging said first thread groove; and a knob connected to said dose setting body for moving said dose setting body relative to said pen body, wherein a collar is connected to said dose setting body to limit movement of said dose setting body through said pen body, wherein said collar is movably connected to said dose setting body, wherein said first thread groove has a first portion and a second portion, said first threaded portion having a larger pitch than said second threaded portion, a leadscrew for being movably disposed within a cartridge, said leadscrew being movably connected to said dose setting body for moving with said dose setting body to dispense a medicament, wherein said larger pitch portion is proximal to said knob relative to said smaller pitch portion.
A computer implemented method for monitoring a combustor within a gas turbine engine system, the method comprising: providing a gas turbine engine system, wherein the gas turbine engine includes an autotuning system; selecting infrequent or frequent autotuning of the combustor; and determining the health of the combustor; wherein said determining the health of a combustor comprises receiving real-time fuel gas temperature data from at least one thermocouple and receiving real-time combustor fuel split data; preferably wherein said determining the health of a combustor comprises comparing the real-time combustor fuel split data and fuel gas temperature data with data in a reference database, wherein the reference database comprises at least one data set selected from the group consisting of normalized load data, wheelspace temperature data, compressor discharge temperature data, dynamics amplitude data, and dynamics frequency data; more preferably wherein said determining the health of a combustor comprises comparing the real-time combustor fuel split data and fuel gas temperature data with data in a reference database, wherein the reference database comprises normalized load data, wheelspace temperature data, compressor discharge temperature data, dynamics amplitude data, and dynamics frequency data. providing a gas turbine engine system, wherein the gas turbine engine includes an autotuning system; selecting infrequent or frequent autotuning of the combustor; and determining the health of the combustor; wherein said determining the health of a combustor comprises receiving real-time fuel gas temperature data from at least one thermocouple and receiving real-time combustor fuel split data; preferably wherein said determining the health of a combustor comprises comparing the real-time combustor fuel split data and fuel gas temperature data with data in a reference database, wherein the reference database comprises at least one data set selected from the group consisting of normalized load data, wheelspace temperature data, compressor discharge temperature data, dynamics amplitude data, and dynamics frequency data; more preferably wherein said determining the health of a combustor comprises comparing the real-time combustor fuel split data and fuel gas temperature data with data in a reference database, wherein the reference database comprises normalized load data, wheelspace temperature data, compressor discharge temperature data, dynamics amplitude data, and dynamics frequency data.
Method for navigating within a set of documents identified by identifiers displayed in a navigation menu on a display, each document being associated with a plurality of numerical values of descriptive data characterising it, said method comprising the following steps: - determination (3.1) of the values of low level descriptive data of the documents identified. - calculation (3.2) of coordinates (xi, yi) of the identifiers associated with said identified documents, from one part at least of the values of the descriptive data, - placement (3.3), on the navigation menu of the display, of the identifier of each document identified from its calculated coordinates, - reception of a selection command of at least one criterion to split the navigation menu of the display into zones, - full splitting (3.5) of the navigation menu of the display, according to the selected criterion, into contiguous zones equally grouping the identifiers of the documents of all the identified documents, - display (3.6) of the contour of each zone thus obtained, - after reception (3.7) of a zone selection command, display (3.9) of a navigation menu that only contains the identifiers of said selected zone, - repetition of the splitting step (3.5) and display steps (3.6, 3.9) at each reception of a zone selection command until each of the zones of the displayed navigation menu contain at the most one document identifier, the reception of a zone selection command comprising at the most one identifier driving the reproduction of the document identified by the identifier present in said zone. - determination (3.1) of the values of low level descriptive data of the documents identified. - calculation (3.2) of coordinates (xi, yi) of the identifiers associated with said identified documents, from one part at least of the values of the descriptive data, - placement (3.3), on the navigation menu of the display, of the identifier of each document identified from its calculated coordinates, - reception of a selection command of at least one criterion to split the navigation menu of the display into zones, - full splitting (3.5) of the navigation menu of the display, according to the selected criterion, into contiguous zones equally grouping the identifiers of the documents of all the identified documents, - display (3.6) of the contour of each zone thus obtained, - after reception (3.7) of a zone selection command, display (3.9) of a navigation menu that only contains the identifiers of said selected zone, - repetition of the splitting step (3.5) and display steps (3.6, 3.9) at each reception of a zone selection command until each of the zones of the displayed navigation menu contain at the most one document identifier, the reception of a zone selection command comprising at the most one identifier driving the reproduction of the document identified by the identifier present in said zone.
A pulley assembly for use in an automobile accessory drive system, the pulley assembly comprising: a shaft engaging hub including an axis of rotation, an outer threaded surface, and a bore for receiving an accessory input shaft for engagement therewith; a pulley member including a bore that receives the shaft engaging hub, the pulley member including an inner coupling surface and an outer peripheral belt-engaging surface; a nut including an inner threaded surface that is engaged with the outer threaded surface of the shaft engaging hub, the nut also including an outer coupling surface that is angled relative to the axis of rotation of the shaft engaging hub; and a brake member interposed between the pulley member and the nut, and including a first coupling surface in frictional contact with the outer coupling surface of the nut and a second coupling surface in frictional contact with the inner coupling surface of the pulley member; characterized in that, when the torque is applied to the pulley member in a first direction, the brake member rotates with the pulley member, and, as a result of the frictional engagement of the first coupling surface of the brake member with the outer coupling surface of the nut, the brake member urges the nut to rotate and thereby travel the outer threaded surface of the shaft engaging hub for axial translation of the nut into the brake member to radially expand the brake outward toward the pulley to frictionally couple the nut and brake to the pulley for rotation therewith. a shaft engaging hub including an axis of rotation, an outer threaded surface, and a bore for receiving an accessory input shaft for engagement therewith; a pulley member including a bore that receives the shaft engaging hub, the pulley member including an inner coupling surface and an outer peripheral belt-engaging surface; a nut including an inner threaded surface that is engaged with the outer threaded surface of the shaft engaging hub, the nut also including an outer coupling surface that is angled relative to the axis of rotation of the shaft engaging hub; and a brake member interposed between the pulley member and the nut, and including a first coupling surface in frictional contact with the outer coupling surface of the nut and a second coupling surface in frictional contact with the inner coupling surface of the pulley member; characterized in that, when the torque is applied to the pulley member in a first direction, the brake member rotates with the pulley member, and, as a result of the frictional engagement of the first coupling surface of the brake member with the outer coupling surface of the nut, the brake member urges the nut to rotate and thereby travel the outer threaded surface of the shaft engaging hub for axial translation of the nut into the brake member to radially expand the brake outward toward the pulley to frictionally couple the nut and brake to the pulley for rotation therewith.
Operator system for a beverage processing machine, comprising: a mobile operator device for the beverage processing machine with a Display, characterized by a signal generator for reporting alarm and/or warning signals, and safety glasses for protecting the eyes of a user, wherein the safety glasses comprise a display system (44a, 44b) that is configured, in particular, as a head-mounted display, or a virtual retina display, or a projector, and wherein the operator device and the safety glasses and optionally the signal generator each comprise a data transmitter (24, 34, 50) for exchanging machine information and/or alarm and/or warning signals. a mobile operator device for the beverage processing machine with a Display, characterized by a signal generator for reporting alarm and/or warning signals, and safety glasses for protecting the eyes of a user, wherein the safety glasses comprise a display system (44a, 44b) that is configured, in particular, as a head-mounted display, or a virtual retina display, or a projector, and wherein the operator device and the safety glasses and optionally the signal generator each comprise a data transmitter (24, 34, 50) for exchanging machine information and/or alarm and/or warning signals.
Apparatus for narrow-gap welding, which has an inert gas tube, within which a contact tube is arranged, having a wire feed for a melting wire, characterized in that only at the end, the inert gas tube has materials with a high thermal conductivity, wherein the metallic material at the end of the inert gas tube has a higher thermal conductivity than that at the start of the inert gas tube, and in particular has molybdenum (Mo), tungsten or their alloys, or copper (Cu) or a copper alloy.
A composite balance ring for a washing machine, which is internally hollow to form a chamber, wherein, the chamber is horizontally provided with a partition plate which divides the chamber into an upper chamber and a lower chamber, the upper chamber and the lower chamber are communicated through an overflow structure and a backflow structure, and the chamber is filled with balancing liquid with a liquid level close to the partition plate so that the difference between the height of the balancing liquid level in the chamber and the height of the partition plate in the chamber is not more than one-fifth of the height of the chamber, characterized in that the overflow structure is arranged farther away from a center of the balance ring than the backflow structure, the overflow structure is an overflow gap formed between an outer periphery of the partition plate and a side wall of the chamber, so that the balancing liquid in the lower chamber overflows to the upper chamber, and the partition plate is provided with an annular groove and the backflow structure is constituted by a backflow port provided at a bottom of the annular groove so as to allow the balancing liquid which overflows to the upper chamber to flow back to the lower chamber through the backflow port.
A guide frame support device for a pipe welding device, the guide frame support device, which in use supports a guide frame provided on an outer circumferential surface of a pipe to be welded, including: a hinge bar connected to an inner circumferential surface of the guide frame; characterized in further including a pair of support bars which rotates around the hinge bar at a predetermined angle; hinge links, one side of each of which is hinge-connected to both ends of the hinge bar and the other side of each of which is connected to both ends of the pair of support bars; and a torsion spring provided between the pair of support bars and for providing elastic force to enable the support bars to rotate around the hinge bar at a predetermined angle. a hinge bar connected to an inner circumferential surface of the guide frame; characterized in further including a pair of support bars which rotates around the hinge bar at a predetermined angle; hinge links, one side of each of which is hinge-connected to both ends of the hinge bar and the other side of each of which is connected to both ends of the pair of support bars; and a torsion spring provided between the pair of support bars and for providing elastic force to enable the support bars to rotate around the hinge bar at a predetermined angle.
A method for inhibiting the formation and deposition of silica and silicate compounds in paper mill water systems comprising adding to the water in the paper mill water system 10,000 to 100,000 ppm of one or more water-soluble polymers of formula: wherein r is 2 mole percent s is 98 mole percent; R 1 is methyl (C1 alkyl) R 4 is H; R 2 is a group of formula -(CH 2 -CHR 3 -O) n -; R 3 is H; M is H or a water soluble cation; and n is 2 to 25.
A cooling jet nozzle for an engine piston, in which the nozzle comprises: - a cooling stream pathway, in which the internal cross-sectional dimensions of the pathway vary along the length of the pathway; and - a plunger located within the cooling stream pathway to impinge a cooling feedstream received within the pathway to provide a cooling jet, characterized in that the plunger is axially moveable in order to adjust the internal cross-sectional dimensions of the cooling jet and characterized in that the plunger is located at or adjacent the cooling jet nozzle outlet. - a cooling stream pathway, in which the internal cross-sectional dimensions of the pathway vary along the length of the pathway; and - a plunger located within the cooling stream pathway to impinge a cooling feedstream received within the pathway to provide a cooling jet, characterized in that the plunger is axially moveable in order to adjust the internal cross-sectional dimensions of the cooling jet and characterized in that the plunger is located at or adjacent the cooling jet nozzle outlet.