mhurhangee/ep-ind-claims huggingface dataset:
A lubrication reservoir for a turbine engine for an aircraft or self-propelled flying machine, comprising an enclosure containing a lubricant, said enclosure comprising, with reference to a direction and an orientation of the gravitational force: - in a lower part of said enclosure, a suction strainer which is located in the vicinity of a bottom of said enclosure and to which a supply duct of a lubrication circuit of the turbine engine can be connected, - in an upper part of said enclosure, at least one degassing device capable of being supplied with air-laden lubricant via a lubricant return duct from the turbine engine and of separating the lubricant from the air in said enclosure, - in the upper part of said enclosure, at least one vent configured to evacuate the air separated from the lubricant outside said enclosure, characterised in that it comprises, to allow the strainer to be supplied and to prevent the intrusion of lubricant into said at least one vent when the lubricant is subjected to forces (γ) produced by lateral accelerations and/or a negative gravity: - at least one first partition which separates the lower part from the upper part and which is equipped with passages capable of allowing the lubricant to flow between the lower part and the upper part, - in the upper part, two vents arranged on either side of a vertical median plane of the enclosure, - two vent pipes, which comprise upper outlet ends communicating with the vents and which extend in the upper part as far as lower inlet ends opening into the reservoir below the degassing device, each pipe comprising a bend and having said bend and its upper outlet end located on the other side of said median plane relative to its lower inlet end. - in a lower part of said enclosure, a suction strainer which is located in the vicinity of a bottom of said enclosure and to which a supply duct of a lubrication circuit of the turbine engine can be connected, - in an upper part of said enclosure, at least one degassing device capable of being supplied with air-laden lubricant via a lubricant return duct from the turbine engine and of separating the lubricant from the air in said enclosure, - in the upper part of said enclosure, at least one vent configured to evacuate the air separated from the lubricant outside said enclosure, - at least one first partition which separates the lower part from the upper part and which is equipped with passages capable of allowing the lubricant to flow between the lower part and the upper part, - in the upper part, two vents arranged on either side of a vertical median plane of the enclosure, - two vent pipes, which comprise upper outlet ends communicating with the vents and which extend in the upper part as far as lower inlet ends opening into the reservoir below the degassing device, each pipe comprising a bend and having said bend and its upper outlet end located on the other side of said median plane relative to its lower inlet end.
An alloy for medical use comprising an Au-Pt alloy, wherein the Au-Pt alloy has a Pt concentration of 24 mass% or more and less than 34 mass% with a balance being Au, and has at least a material structure in which a Pt-rich phase having a Pt concentration higher than that of an α-phase is distributed in an α-phase matrix, the Pt-rich phase has a Pt concentration that is 1.2 to 3.8 times the Pt concentration of the α-phase, and the Pt-rich phase has an area ratio of 1 to 22% in any cross-section, and wherein the alloy has a magnetic susceptibility from -13 ppm to -5 ppm.
A method for manufacturing a stator of an electric machine, comprising: providing at least a lamination element extending over an annular sector on a saddle of a revolvable support connected with a rail structure via a dolly, the rail structure being supported by supports, the dolly being capable of traversing at least a portion of the rail structure, and thereby horizontally moving the at least a lamination element towards a fitting zone along the rail structure with the revolvable support in line with a stator longitudinal axis projecting horizontally, then angularly regulating the position of the at least a lamination element by revolving the revolvable support with the saddle thereby angularly rotating the saddle on the revolvable support, holding the at least a lamination element during angular regulation with blocking elements for preventing their separation from the saddle, connecting the at least a lamination element to other lamination elements to define the stator.
An exhaust support system for an off road vehicle comprising a gusset formed from a flat plate, the gusset comprising: - a body having concave edges that converge to form a neck having a first width; - a stress reducer extending from the neck, wherein a second width of the stress reducer is greater than the first width of the neck; - a base oriented at an angle relative to the body; and - a transition extending between the body and the base; and characterized in that the gusset further comprising a pair of slits positioned between the base and the body, wherein a first slit of the pair of slits is positioned on a first side of the transition and a second slit of the pair of slits is positioned on a second side of the transition, and the pair of slits separate the base from the body. - a body having concave edges that converge to form a neck having a first width; - a stress reducer extending from the neck, wherein a second width of the stress reducer is greater than the first width of the neck; - a base oriented at an angle relative to the body; and - a transition extending between the body and the base; and characterized in that the gusset further comprising a pair of slits positioned between the base and the body, wherein a first slit of the pair of slits is positioned on a first side of the transition and a second slit of the pair of slits is positioned on a second side of the transition, and the pair of slits separate the base from the body.
Substrate-filled plastic mesh hose or geosynthetic mesh hose characterized in - that the hose has a rough three-dimensional structure, - that the lattice strukture is such that invertebrates such as aquatic insects ca penetrate it, but the filling is held, and - hat the filling consists of a variable mixture of geological substrate such as gravel, pepples, stones and biogenic material such as dead wood, bark, cones, moss or clay balls or geoton in which the invertebrates can move. - that the hose has a rough three-dimensional structure, - that the lattice strukture is such that invertebrates such as aquatic insects ca penetrate it, but the filling is held, and - hat the filling consists of a variable mixture of geological substrate such as gravel, pepples, stones and biogenic material such as dead wood, bark, cones, moss or clay balls or geoton in which the invertebrates can move.
Retroreflective sheeting comprising: a cube layer having a front light-receiving surface and a rear retroreflecting surface, and a metallic layer covering the rear retroreflecting surface; wherein the retroreflective rear surface of the cube layer comprises an array of retroreflective elements and a diffusing patch within such array without retroreflective elements to scatter incoming light, in order to increase daytime brightness, wherein the metallic layer covers the retroreflective elements and the diffusing patch, wherein each diffusing patch has a coverage area greater than the occupation area of a plurality of retroreflective elements, and wherein the retroreflective sheeting is characterized by the absence of any daytime brightness-increasing pigment on the front surface of the cube layer, and the absence of an overlay layer in front of the front surface of the cube layer. a cube layer having a front light-receiving surface and a rear retroreflecting surface, and a metallic layer covering the rear retroreflecting surface; wherein the retroreflective rear surface of the cube layer comprises an array of retroreflective elements and a diffusing patch within such array without retroreflective elements to scatter incoming light, in order to increase daytime brightness, wherein the metallic layer covers the retroreflective elements and the diffusing patch, wherein each diffusing patch has a coverage area greater than the occupation area of a plurality of retroreflective elements, and wherein the retroreflective sheeting is characterized by the absence of any daytime brightness-increasing pigment on the front surface of the cube layer, and the absence of an overlay layer in front of the front surface of the cube layer.
A steering system comprising: a stationary bracket having an elongated groove extending in a prescribed direction and a first through-hole, and secured to a vehicle body; a movable bracket having an insertion hole opposed to the elongated groove and a second through-hole, the movable bracket being movable relative to the stationary bracket in the prescribed direction together with a steering member at a time of a secondary collision; a suspending member passed through the elongated groove and the insertion hole that are opposed to each other to suspend the movable bracket from the stationary bracket, the suspending member being movable along the elongated groove together with the movable bracket at the time of the secondary collision; a pin that is passed through both the first through-hole and the second through-hole that are opposed to each other, and that breaks at a position between the first through-hole and the second through-hole that are offset from each other at the time of the secondary collision to allow the movable bracket to move relative to the stationary bracket in the prescribed direction; characterized in, that the steering system comprises an under plate attached to the movable bracket so as to close the second through-hole from below. a stationary bracket having an elongated groove extending in a prescribed direction and a first through-hole, and secured to a vehicle body; a movable bracket having an insertion hole opposed to the elongated groove and a second through-hole, the movable bracket being movable relative to the stationary bracket in the prescribed direction together with a steering member at a time of a secondary collision; a suspending member passed through the elongated groove and the insertion hole that are opposed to each other to suspend the movable bracket from the stationary bracket, the suspending member being movable along the elongated groove together with the movable bracket at the time of the secondary collision; a pin that is passed through both the first through-hole and the second through-hole that are opposed to each other, and that breaks at a position between the first through-hole and the second through-hole that are offset from each other at the time of the secondary collision to allow the movable bracket to move relative to the stationary bracket in the prescribed direction; characterized in, that the steering system comprises an under plate attached to the movable bracket so as to close the second through-hole from below.
A circuit for supplying an operating voltage to control means arranged to drive an isolated switched mode power supply, the circuit comprising - an auxiliary winding arranged on the primary side of the isolated switched mode power supply, and arranged in a first branch connecting a first node to a second node, - a capacitor arranged in series with the auxiliary winding in the first branch coupling the first node to the second node, the capacitor having a first terminal coupled to a second terminal of the auxiliary winding and a second terminal coupled to the second node, - a first diode arranged in a second branch connecting the first node to the second node, the first diode having an anode coupled to the first node and a cathode coupled to the second node, and - a second diode having an anode coupled to the second node and a cathode coupled to an output node, the output node being connectable to the control means for providing the operating voltage characterized in that the circuit further comprises an inductor in the second branch connecting the first node to the second node, the inductor arranged in series with the first diode. - an auxiliary winding arranged on the primary side of the isolated switched mode power supply, and arranged in a first branch connecting a first node to a second node, - a capacitor arranged in series with the auxiliary winding in the first branch coupling the first node to the second node, the capacitor having a first terminal coupled to a second terminal of the auxiliary winding and a second terminal coupled to the second node, - a first diode arranged in a second branch connecting the first node to the second node, the first diode having an anode coupled to the first node and a cathode coupled to the second node, and - a second diode having an anode coupled to the second node and a cathode coupled to an output node, the output node being connectable to the control means for providing the operating voltage
A method of processing video data, comprising: performing a conversion between a current chroma block of a video and a bitstream of the video, wherein, during the conversion, a deblocking filter process is applied to a chroma block edge of the current chroma block, wherein parameters used in a decision process for the chroma block edge are determined based on: determining an output from a chroma quantization parameter table operation, wherein an input to the chroma quantization parameter table operation is based on a luma quantization parameter variable Qpy, and adding chroma quantization parameter offsets to the output from the chroma quantization parameter table operation, the chroma quantization parameter offsets comprising first chroma quantization parameter offsets at a picture level, second chroma quantization parameter offsets at a slice level, and third chroma quantization parameter offsets at a coding unit level. determining an output from a chroma quantization parameter table operation, wherein an input to the chroma quantization parameter table operation is based on a luma quantization parameter variable Qpy, and adding chroma quantization parameter offsets to the output from the chroma quantization parameter table operation, the chroma quantization parameter offsets comprising first chroma quantization parameter offsets at a picture level, second chroma quantization parameter offsets at a slice level, and third chroma quantization parameter offsets at a coding unit level.
Method of protecting a program against control flow manipulation, wherein protect program commands (S-PB) for generating and checking a control flow flag sequence are inserted into at least one program command sequence of program commands of the program, wherein a control flow flag of the control flow flag sequence is formed by a command address of a program command; wherein a protect program command (S-PB) calculates a check value in each case; and wherein the check value is formed over a part of constant length of the control flow flag sequence generated up to this instant in each case.
A packaging system for a multi-component product preparation, comprising - a first container for holding a first product preparation component, - a second container for holding at least one second product preparation component, and - a closure element which sealingly closes the first container with respect to the surroundings and comprises a coupling device in order to couple the second container to the closure element and to establish a fluid connection between the first container and the second container, the closure element comprising a closure cap, the closure cap being blocked in a direction of rotation about an axis of the closure element and being couplable to the second container so as to be able to slide in a direction parallel to the axis, characterized in that the closure cap can be separated from the closure element along a predetermined breaking point in order to release the fluid connection between the first container and the second container. - a first container for holding a first product preparation component, - a second container for holding at least one second product preparation component, and - a closure element which sealingly closes the first container with respect to the surroundings and comprises a coupling device in order to couple the second container to the closure element and to establish a fluid connection between the first container and the second container, the closure element comprising a closure cap, the closure cap being blocked in a direction of rotation about an axis of the closure element and being couplable to the second container so as to be able to slide in a direction parallel to the axis, characterized in that the closure cap can be separated from the closure element along a predetermined breaking point in order to release the fluid connection between the first container and the second container.
Suitcase for motorcycles with an opening/closing and hooking/releasingsystem, the suitcase being provided with a lower shell, that forms the body of the suitcase, and an upper shell, that forms the cover and is hinged at the rear to the lower shell, on the bottom portion of the lower shell being provided reversible hooking means attachable to a support plate fixed to the motorcycle, on the external surface of the lower shell a plaque being made integral on which are obtained a first release button of the suitcase with respect to the support plate, operatively connected to said reversible hooking means, a second opening button of the upper shell, operatively connected to hooking means (36, 38) hinged to the plaque and able to selectively engage with a corresponding hooking means integral with the upper shell, and a locking block, said first button being mobile with a rectilinear motion along a direction substantially perpendicular to the extension direction of one of the side walls of the lower shell, to the locking block being rigidly constrained a rotatable under-locking ring, provided with a pair of counter-posed protruding teeth (32, 34), characterised in that also said second button is mobile with a rectilinear motion along a direction substantially perpendicular to the extension direction of one of the side walls of the lower shell, said rotatable under-locking ring being able to rotate in support on said side wall to shift from a first simultaneous blocking position of the rectilinear motion of said first and second buttons to a second simultaneous release position of the rectilinear motion of said first and second button.
Device for precision cutting/nonnal punching of blanks from a metal strip and for multi-stage machining of the blanks by means of cutting and machining tools, wherein the punched blanks are fed to the various machining tools on both sides of the metal strip in each case by at least one rotary slide (33, 34) having transfer openings, characterised in that at least two spaced-apart, driven rotary slides (33, 34), each having a plurality of transfer openings, are arranged on each side of the metal strip, wherein two transfer openings of different rotary slides (33, 34) have intersecting movement paths, wherein the intersection of the movement paths corresponds to the transfer position of the machined blank / (workpiece W).
A downhole retrievable dual directional isolation tool, comprising: a mandrel; a compressor concentric with the mandrel; and a packing element disposed around the mandrel, characterized in that a body section of the packing element is asymmetrical, wherein the asymmetricality of the body section of the packing element is provided by an inside surface of the body section of the packing element that defines one or more transverse grooves, wherein if a single transverse groove is present, the single transverse groove is located off a longitudinal center of the body section of the packing element and wherein if a plurality of transverse grooves (152,154) are present, the longitudinal center of the plurality of transverse grooves is located off a longitudinal center of the body section of the packing element. a mandrel; a compressor concentric with the mandrel; and a packing element disposed around the mandrel, characterized in that a body section of the packing element is asymmetrical, wherein the asymmetricality of the body section of the packing element is provided by an inside surface of the body section of the packing element that defines one or more transverse grooves, wherein if a single transverse groove is present, the single transverse groove is located off a longitudinal center of the body section of the packing element and wherein if a plurality of transverse grooves (152,154) are present, the longitudinal center of the plurality of transverse grooves is located off a longitudinal center of the body section of the packing element.
A method, comprising: receiving, by a secure application wrapper implemented on a computing device (302, 402) comprising a processor, a message containing data, the message indicating an action to perform on the data and a destination application within the secure application wrapper on the computing device (302, 402); determining, by the secure application wrapper, whether the action corresponds to receiving data from another application to process in the destination application; responsive to determining that the action corresponds to receiving data from another application to process in the destination application, determining, by the secure application wrapper, that the message does not identify a source application; and after determining, that the message does not identify a source application, creating a modified message by removing, by the secure application wrapper, at least a portion of the data from the message, wherein the portion of the data comprises an optional part of the data. receiving, by a secure application wrapper implemented on a computing device (302, 402) comprising a processor, a message containing data, the message indicating an action to perform on the data and a destination application within the secure application wrapper on the computing device (302, 402); determining, by the secure application wrapper, whether the action corresponds to receiving data from another application to process in the destination application; responsive to determining that the action corresponds to receiving data from another application to process in the destination application, determining, by the secure application wrapper, that the message does not identify a source application; and after determining, that the message does not identify a source application, creating a modified message by removing, by the secure application wrapper, at least a portion of the data from the message, wherein the portion of the data comprises an optional part of the data.