mhurhangee/ep-ind-claims huggingface dataset:
An oil filled electrical equipment, comprising an assembly for oil filling and hermetically sealing the electrical equipment, wherein the assembly comprises a cylindrical bellow mounted on a plate of the electrical equipment with one first fitting of one or more fittings (310, 312) of the cylindrical bellow, for pressure and volume compensation in the electrical equipment, wherein the cylindrical bellow comprises: a cylinder with a plurality of convolutions for expanding and contracting to provide the pressure and volume compensation; and two covers (304, 306) attached with the cylinder, each at a respective end of two ends of the cylinder, wherein each cover (304, 306) comprises a cylindrical part that is open at a first end and closed at a second end, wherein the first end terminates at a circular face for mounting the cover (304, 306) on a convolution of said convolutions at a corresponding end (502, 504) of the cylinder, and wherein the second end comprises an opening for the oil filling and hermetically sealing the electrical equipment, and wherein for a first cover of the two covers (304, 306) the opening of the second end is for mounting the cylindrical bellow on the plate with the first fitting. a cylinder with a plurality of convolutions for expanding and contracting to provide the pressure and volume compensation; and two covers (304, 306) attached with the cylinder, each at a respective end of two ends of the cylinder, wherein each cover (304, 306) comprises a cylindrical part that is open at a first end and closed at a second end, wherein the first end terminates at a circular face for mounting the cover (304, 306) on a convolution of said convolutions at a corresponding end (502, 504) of the cylinder, and wherein the second end comprises an opening for the oil filling and hermetically sealing the electrical equipment, and wherein for a first cover of the two covers (304, 306) the opening of the second end is for mounting the cylindrical bellow on the plate with the first fitting.
A fuel nozzle, comprising: a. a fuel plenum comprising a longitudinal passage centrally located therein; b. an outer body surrounding the fuel plenum the outer body and fuel plenum defining an annular plenum therebetween, the annular plenum partially defined by a front wall of the outer body, wherein the outer body includes a plurality of bore holes that extend longitudinally through the outer body; c. means for fixedly attaching the fuel plenum to the outer body; d. a plurality of passages in the outer body between at least some of the plurality of bore holes and the annular plenum, wherein the plurality of passages provide fluid communication between the annular plenum and at least some of the plurality of bore holes; the fuel plenum having a downstream portion that terminates within the annular plenum upstream from the front wall of the outer body and is provided with a plurality of apertures; the plurality of apertures providing fluid communication between the longitudinal passage and the annular plenum, the apertures arranged such that fuel exiting the fuel plenum impinges on the front wall of the outer body and wherein the plurality of apertures are upstream of the plurality of passages. a. a fuel plenum comprising a longitudinal passage centrally located therein; b. an outer body surrounding the fuel plenum the outer body and fuel plenum defining an annular plenum therebetween, the annular plenum partially defined by a front wall of the outer body, wherein the outer body includes a plurality of bore holes that extend longitudinally through the outer body; c. means for fixedly attaching the fuel plenum to the outer body; d. a plurality of passages in the outer body between at least some of the plurality of bore holes and the annular plenum, wherein the plurality of passages provide fluid communication between the annular plenum and at least some of the plurality of bore holes; the fuel plenum having a downstream portion that terminates within the annular plenum upstream from the front wall of the outer body and is provided with a plurality of apertures; the plurality of apertures providing fluid communication between the longitudinal passage and the annular plenum, the apertures arranged such that fuel exiting the fuel plenum impinges on the front wall of the outer body and wherein the plurality of apertures are upstream of the plurality of passages.
Method for automatically calibrating a sensor module in the form of a rocker, which has a position or acceleration sensor via which a position of the sensor module is measured as an angle (γ) relative to a fixed spatial direction, and which outputs an output signal which depends on whether the measured angle (γ) is greater than or less than a switching angle (ys), having the following steps: - setting the output signal to a first output value when the measured angle (γ) exceeds the switching angle (ys); - setting the switching angle (ys) to a value equal to the measured angle (γ) minus an off free pivot angle (Δ O) as long as the value of the measured angle (γ) continues to increase; and - setting the output signal to a second output value if the measured angle (γ) falls below the switching angle (ys); - setting the switching angle (ys) to a value corresponding to the measured angle (γ) plus an on free pivot angle (Δ I) as long as the value of the measured angle (γ) continues to decrease. - setting the output signal to a first output value when the measured angle (γ) exceeds the switching angle (ys); - setting the switching angle (ys) to a value equal to the measured angle (γ) minus an off free pivot angle (Δ O) as long as the value of the measured angle (γ) continues to increase; and - setting the output signal to a second output value if the measured angle (γ) falls below the switching angle (ys); - setting the switching angle (ys) to a value corresponding to the measured angle (γ) plus an on free pivot angle (Δ I) as long as the value of the measured angle (γ) continues to decrease.
Radiofrequency transponder (1, 5) intended to be integrated in a mass of elastomer mixture, comprising: - an electronic chip (22, 32), - a radiating antenna communicating with a radiofrequency reader, being disconnected to any printed circuit characterized in that said radiofrequency transponder (1, 5) further a primary antenna (24, 34) connected electrically to the electronic chip (22, 32) which is a coil having at least one turn, in that the primary antenna (24, 34) is inductively coupled to the radiating antenna, and in that the radiating antenna is a dipole antenna formed by a single-strand helical spring and in that the primary antenna (24, 34), having an axis of symmetry, is circumscribed in a cylinder whose axis of revolution is parallel to the axis of symmetry of the primary antenna (24, 34), and whose diameter is greater than or equal to a third of the inside diameter of the helical spring of the radiating antenna. - an electronic chip (22, 32), - a radiating antenna communicating with a radiofrequency reader, being disconnected to any printed circuit
Safety switch cascade with safety switches (1...N) for monitoring accesses of an automation system, and a terminator for terminating the safety switch cascade, wherein each safety switch (1...N) having a first line and a second line, the first line comprising wires for emitting signals (Sout) and for receiving voltage, the second line comprises wires for receiving signals (Sin) and for transmitting the voltage, characterized by at least one connection unit arranged between two safety switches (1...N), wherein the connection unit comprising a first circuit and a second circuit, and wherein the first circuit is provided for receiving the signals of a downstream safety switch and for transmitting the signals of the downstream safety switch to an upstream safety switch (N-1) and the second circuit is arranged for transmitting a voltage from the upstream safety switch (N-1) to the downstream safety switch by means of a cable core on the one hand and is connected to an external voltage source on the other hand, so that additional voltage can be fed into the safety switch cascade by the second circuit and conducted to the downstream safety switch.
A linear actuator comprising: a slider (3; 285) provided in a body casing (2; 282) with linearly extending therein, the anteroposterior direction of the slider being the axial direction of the slider; at least one magnet (6; 286) fixed to the slider along the axial direction of the slider; and at least one coil (4; 284) supported by the body casing so as to surround the slider to which said at least one magnet is fixed; the slider (3; 285) shifting relative to the body casing (2; 282) in the axial direction due to interaction between said at least one coil (4; 284) to which electric current is applied and said at least one magnet (6; 286); the linear actuator (1; 208) further comprising a plurality of elastic members (7; 287), each supporting one end or the other end of the slider (3; 285) in the axial direction; the elastic members elastically deforming due to a shift of the slider (3; 285) in the axial direction; and the elastic member being composed of a plurality of flat springs (7; 287), the plurality of flat springs being disposed on the right and left sides of the slider, the plurality of flat springs comprising at least one front flat spring that supports the front end portion of the slider in the axial direction, the front end portion being the end portion for connecting the driven members, and at least one rear flat spring that supports the rear end portion of the slider in the axial direction, characterized by the sum of the stiffness of said at least one front flat spring being greater than the sum of the stiffness of said at least one rear flat spring. a slider (3; 285) provided in a body casing (2; 282) with linearly extending therein, the anteroposterior direction of the slider being the axial direction of the slider; at least one magnet (6; 286) fixed to the slider along the axial direction of the slider; and at least one coil (4; 284) supported by the body casing so as to surround the slider to which said at least one magnet is fixed; the slider (3; 285) shifting relative to the body casing (2; 282) in the axial direction due to interaction between said at least one coil (4; 284) to which electric current is applied and said at least one magnet (6; 286); the linear actuator (1; 208) further comprising a plurality of elastic members (7; 287), each supporting one end or the other end of the slider (3; 285) in the axial direction; the elastic members elastically deforming due to a shift of the slider (3; 285) in the axial direction; and the elastic member being composed of a plurality of flat springs (7; 287), the plurality of flat springs being disposed on the right and left sides of the slider, the plurality of flat springs comprising at least one front flat spring that supports the front end portion of the slider in the axial direction, the front end portion being the end portion for connecting the driven members, and at least one rear flat spring that supports the rear end portion of the slider in the axial direction, characterized by the sum of the stiffness of said at least one front flat spring being greater than the sum of the stiffness of said at least one rear flat spring.
Method for remote detection of gaseous substances in the atmosphere by a differential absorption LIDAR system with two lasers, wherein the laser beam generated by a first laser impinges on a semipermeable mirror, where 50% of a laser beam power passes through the semipermeable mirror and proceeds through a first aperture towards the target and at the same time the remaining 50% of the laser beam power reflects from the semipermeable mirror, impinges on a totally reflecting mirror from which it is reflected and is directed through a second aperture to the same target; and a delayed laser beam generated by a second laser impinges on the semipermeable mirror, where 50% of the laser beam power passes through the semipermeable mirror, impinges on the totally reflecting mirror from which it is reflected and is directed through the second aperture to the same target and at the same time the remaining 50% of the laser beam power reflects from the semipermeable mirror and proceeds through the first aperture towards the same target.
A milk liner for use in a shell of a milking apparatus, the milk liner comprising: a resiliently deformable sleeve extending between a mouthpiece at a distal end and an outlet pipe at a proximal end, the sleeve forming a cavity for receiving a teat of an animal to be milked, wherein the sleeve comprises: a tapering portion configured in use to cause a progressive inward collapse of the sleeve when a pressure difference within a predetermined range is present across a wall of the sleeve, the progressive inward collapse being directed towards the distal end of the sleeve so as to cause a peristaltic massage of the teat, the peristaltic massage being directed up the teat and towards the animal; characterized in that the sleeve further comprises: a plurality of ribs extending longitudinally along and transversally outward from the tapering portion of the sleeve, the transversal extent of each rib terminating in a flange for engaging with the shell; wherein the combined effect of the tapering portion of the sleeve and the location and form of the ribs in use is suitable to generate a progressively increasing transverse tension towards a distal end of the sleeve when mounted in the shell of the milking apparatus to thereby effect said progressive inward collapse of the tapering portion. a resiliently deformable sleeve extending between a mouthpiece at a distal end and an outlet pipe at a proximal end, the sleeve forming a cavity for receiving a teat of an animal to be milked, wherein the sleeve comprises: a tapering portion configured in use to cause a progressive inward collapse of the sleeve when a pressure difference within a predetermined range is present across a wall of the sleeve, the progressive inward collapse being directed towards the distal end of the sleeve so as to cause a peristaltic massage of the teat, the peristaltic massage being directed up the teat and towards the animal; characterized in that the sleeve further comprises: a plurality of ribs extending longitudinally along and transversally outward from the tapering portion of the sleeve, the transversal extent of each rib terminating in a flange for engaging with the shell; wherein the combined effect of the tapering portion of the sleeve and the location and form of the ribs in use is suitable to generate a progressively increasing transverse tension towards a distal end of the sleeve when mounted in the shell of the milking apparatus to thereby effect said progressive inward collapse of the tapering portion.
A hinge comprising: a first connecting plate; a second connecting plate; a hinge element rotatably coupling said first and second connecting plates (116, 113); a first pin coupled to the first connecting plate, wherein said first pin extends through a first end of the hinge element; a locking bracket and a second pin coupled to a second end of the hinge element, wherein said second pin extends through the locking bracket; characterized in that the locking bracket is movably attached to the second connecting plate by a friction lock. a first connecting plate; a second connecting plate; a hinge element rotatably coupling said first and second connecting plates (116, 113); a first pin coupled to the first connecting plate, wherein said first pin extends through a first end of the hinge element; a locking bracket and a second pin coupled to a second end of the hinge element, wherein said second pin extends through the locking bracket; characterized in that the locking bracket is movably attached to the second connecting plate by a friction lock.
A display device comprising: a substrate; a first thin film transistor disposed over the substrate; a second thin film transistor disposed over the substrate; a display element (OLED) connected to the first thin film transistor; a wiring connected to the second thin film transistor, wherein the wiring includes a first wiring layer and a second wiring layer; a pattern insulating layer (114a-114c) disposed between the first wiring layer and the second wiring layer; a planarization layer covering the wiring; and a connection electrode disposed on the planarization layer, wherein the connection electrode is connected to the first wiring layer through a first contact hole, and the connection electrode is connected to the second wiring layer through a second contact hole, characterized in that the first contact hole is spaced apart from the second contact hole. a substrate; a first thin film transistor disposed over the substrate; a second thin film transistor disposed over the substrate; a display element (OLED) connected to the first thin film transistor; a wiring connected to the second thin film transistor, wherein the wiring includes a first wiring layer and a second wiring layer; a pattern insulating layer (114a-114c) disposed between the first wiring layer and the second wiring layer; a planarization layer covering the wiring; and a connection electrode disposed on the planarization layer, wherein the connection electrode is connected to the first wiring layer through a first contact hole, and the connection electrode is connected to the second wiring layer through a second contact hole, characterized in that the first contact hole is spaced apart from the second contact hole.
A delivery device for delivering an implantable leadless pacing device, the delivery device comprising: a catheter shaft extending from a proximal end to a distal end thereof, the catheter shaft including a distal holding section located at the distal end of the catheter shaft and defining a cavity therein for receiving the implantable leadless pacing device; a handle assembly including at least a hub portion attached to the proximal end of the catheter shaft; and a deployment mechanism provided with the handle assembly; wherein the deployment mechanism is configured to deploy the implantable leadless pacing device, characterised by a flow-sensing device (114, 116) having operational circuitry configured to determine a pressure or a flow-rate of a fluid within the cavity of the distal holding section. a catheter shaft extending from a proximal end to a distal end thereof, the catheter shaft including a distal holding section located at the distal end of the catheter shaft and defining a cavity therein for receiving the implantable leadless pacing device; a handle assembly including at least a hub portion attached to the proximal end of the catheter shaft; and a deployment mechanism provided with the handle assembly; wherein the deployment mechanism is configured to deploy the implantable leadless pacing device, characterised by a flow-sensing device (114, 116) having operational circuitry configured to determine a pressure or a flow-rate of a fluid within the cavity of the distal holding section.
Device for a suspended fixing of a projector, with a connecting element which is designed for a one-point connection with the projector, the connecting element exhibiting a thread which can be screwed together with an associated nut thread of the projector to create the one-point connection, the connecting element having a seat and an insert receivable in the seat and being pivotably movable therein, the insert being rotatable and pivotable in the seat, characterised in that the insert has a portion provided as a threaded pin on which the thread of the connecting element is provided, and the threaded pin can be screwed into the nut thread of the projector.
Multisensory case comprising at least one odor-diffusing device made up of at least one odor-diffusing support and a ventilator (36"), the multisensory case being of a column type in which sensory devices on board the multisensory case are stacked vertically one above the other, one of the sensory devices being formed by the said odor-diffusing device in which the ventilator is specifically dedicated to the odor-diffusing device and to the odor-diffusing support, the multisensory case further including a device for generating an air flow, characterized in that the odor-diffusing device and the device for generating an air flow are arranged one above the other.
A composition for lubricating and/or descaling in the hot processing of metals, wherein the composition consists of a solid mixture containing the following constituents: (a) 20 to 60% by weight of condensed alkali phosphate, (b) 10 to 40% by weight boron compound selected from borosilicate glass, boric acid, boric acid salt, or a mixture thereof, (c) 10 to 30% by weight alkali or alkaline earth sulphates, (d) 5 to 25% by weight fatty acid, fatty acid salt, or a mixture thereof, with the proviso that the sum of the constituents (a) and (b) constitutes at least 50% by weight of the mixture and the sum of the constituents (a) to (d) constitutes at least 85% by weight of the mixture.
A method for fixing a blade mount of a rotary die cutter, a cylindrical knife cylinder freely fitting two fixing rings (16a, 16b) to the knife cylinder, and holding and fixing, using the two fixing rings, the blade mount to an outer circumference face of the knife cylinder at the both end portions along the axis direction of the knife cylinder of the blade mount, the method being characterized in that it comprises: moving the two fixing rings (16a, 16b), having recess grooves on the respective outer circumference faces and being freely fitted to the both end portions of the knife cylinder, toward the center of the knife cylinder by moving yokes placed inside the respective recess grooves of the fixing rings (16a,16b); holding and fixing the blade mount at the both end portions along the axis direction of the knife cylinder by the fixing rings (16a,16b); fixing the fixing rings (16a,16b) to the outer circumference face of the knife cylinder by fixing devices provided one for each of the fixing rings (16a,16b). moving the two fixing rings (16a, 16b), having recess grooves on the respective outer circumference faces and being freely fitted to the both end portions of the knife cylinder, toward the center of the knife cylinder by moving yokes placed inside the respective recess grooves of the fixing rings (16a,16b); holding and fixing the blade mount at the both end portions along the axis direction of the knife cylinder by the fixing rings (16a,16b); fixing the fixing rings (16a,16b) to the outer circumference face of the knife cylinder by fixing devices provided one for each of the fixing rings (16a,16b).
A tool magazine comprising magazine places (20, 21) for tool holders and at least one tool gripper for a tool holder that comprises a longitudinal axis, and that comprises a collar, which is preferably provided with a gripping groove, to which a machining tool can be fastened on a lower side along the longitudinal axis, and at which a hollow shaft cone is provided on an upper side along the longitudinal axis for clamping the tool holder into a tool receptacle, wherein the tool gripper comprises holding means (61, 62, 67; 65, 66; 69, 72) that are arranged for holding a tool holder accommodated in the tool gripper at its hollow shaft cone, wherein the holding means (61, 62, 67; 65, 66; 69, 70) are arranged on at least two jaws (24, 25) in such a way that, when the jaws (24, 25) are closed, they can engage the hollow shaft cone of a tool holder held by the tool gripper, characterized in that at least one finger (62, 61, 67) is arranged on at least one of the jaws (24, 25) and, when the jaws (24, 25) are closed, can engage from above the hollow shaft cone of a tool holder that is held by the tool gripper, and a shaped surface (65, 66), preferably a half-shell, is provided on at least one of the jaws (24, 25), which, when the jaws (24, 25) are closed, can rest at least partially externally on the hollow shaft cone of a tool holder that is held by the tool gripper.