mhurhangee/ep-ind-claims huggingface dataset:
A removable support interface for an annular casing of a turbomachine, an annular casing of an aircraft turbomachine, comprising first pins projecting from an outer face, these first pins comprising a thinned portion and a free end connected to the thinned portion by a frustoconical surface, the removable support interface comprising a coupling part which can be mounted on the annular casing, and at least one attachment element (20a, 20b) for suspending the annular casing, orifices provided in the coupling part, this interface comprises means for locking the coupling part to the annular casing, these locking means being positioned on the coupling part the removable support interface being characterised in that the means comprise each a clamp having two jaws (61, 62, 121, 122), each clamp (60, 120) being movable from an open position in which one of the pins supported by the casing can be engaged and disengaged from one of said orifices and a closed position in which the pin is immobilized in this orifice.
An in vitro method for detection of stress in an eukaryotic cell, said stress being selected from the group consisting of heat shock stress, metabolite stress, pathogen infection stress, oxidative stress, toxic stress, radiation stress, ER stress, unfolded protein response stress, the method comprising: introducing a labeled tRNA into the cell; detecting the subcellular localization of the tRNA over the course of a predetermined period of time, wherein said subcellular localization comprises nuclear localization and/or cytoplasmic localization, and wherein the detection is based on a signal emitted from the labeled tRNA; and detecting a change in the subcellular localization of the labeled tRNA in the cell, wherein an increased subcellular nuclear localization of the tRNA is indicative of increased stress or wherein a decreased subcellular cytoplasmic localization of the tRNA is indicative of increased stress. introducing a labeled tRNA into the cell; detecting the subcellular localization of the tRNA over the course of a predetermined period of time, wherein said subcellular localization comprises nuclear localization and/or cytoplasmic localization, and wherein the detection is based on a signal emitted from the labeled tRNA; and detecting a change in the subcellular localization of the labeled tRNA in the cell, wherein an increased subcellular nuclear localization of the tRNA is indicative of increased stress or wherein a decreased subcellular cytoplasmic localization of the tRNA is indicative of increased stress.
An epoxy resin composition containing an epoxy resin, epoxy resin, epoxy resin and curing agent wherein is a bisphenol F-type epoxy resin with a softening point of 90 °C or more, is a tri- or higher functional amine-type epoxy resin, is a bisphenol F-type epoxy resin with a number average molecular weight of 450 or less wherein the softening point and the number average molecular weight are measured according to the relevant method in the description, and the epoxy resins to satisfy the following contents per 100 parts by mass of total epoxy resin content: 20 to 50 parts by mass, 30 to 50 parts by mass and 10 to 40 parts by mass;.
A toy brick comprising a one-sided open, box-shaped hollow body, having at least four cylindrical plug-in studs arranged on an upper side of bottom in each corner, one on the bottom inside centrally arranged prismatic bottom dome and one on the inner wall of each side surface of the hollow body arranged rib, such that a connection of the toy brick by jamming on the top of the toy brick the plug-in studs between the present bottom dome and the ribs, characterized in that both the plug-in studs arranged at the top of toy brick and the bottom dome arranged at the bottom of the toy brick are configured as n-sided straight prism with parallel and equal side edges and that the rib is designed as a double-stepped holding nose.
A retention device for retaining a retained substance including at least one from carbon dioxide, a substance having larger solubility to water than carbon dioxide, and methane under the ground, comprising: an infusion well reaching to a saltwater aquifer; a pump device pumping the retained substance to the infusion well; and a porous member made of ceramics and placed in the infusion well, the porous member being formed by mixing particles made of ceramics and binder binding the particles and calcining it and a mode of aperture distribution is 4.5 micrometers or less such that microbubbles of the retained substance are generated when the retained substance is infused from the porous member to the saltwater aquifer; characterized by: a horizontal well formed toward a substantially horizontal direction in at least one part of the infusion well inside the saltwater aquifer; wherein the porous member is provided only in a lower part of the horizontal well facing towards a downward direction below the horizontal direction such that the retained substance being pumped into the horizontal well can be infused into the saltwater aquifer through the porous member provided in the lower part of the horizontal well towards the downward direction below the horizontal direction in the form of descending microbubbles. an infusion well reaching to a saltwater aquifer; a pump device pumping the retained substance to the infusion well; and a porous member made of ceramics and placed in the infusion well, the porous member being formed by mixing particles made of ceramics and binder binding the particles and calcining it and a mode of aperture distribution is 4.5 micrometers or less such that microbubbles of the retained substance are generated when the retained substance is infused from the porous member to the saltwater aquifer; characterized by: a horizontal well formed toward a substantially horizontal direction in at least one part of the infusion well inside the saltwater aquifer; wherein the porous member is provided only in a lower part of the horizontal well facing towards a downward direction below the horizontal direction such that the retained substance being pumped into the horizontal well can be infused into the saltwater aquifer through the porous member provided in the lower part of the horizontal well towards the downward direction below the horizontal direction in the form of descending microbubbles. a horizontal well formed toward a substantially horizontal direction in at least one part of the infusion well inside the saltwater aquifer; wherein the porous member is provided only in a lower part of the horizontal well facing towards a downward direction below the horizontal direction such that the retained substance being pumped into the horizontal well can be infused into the saltwater aquifer through the porous member provided in the lower part of the horizontal well towards the downward direction below the horizontal direction in the form of descending microbubbles.
A method for actuation detection for a function on a motor vehicle using a sensor arrangement, wherein the sensor arrangement comprises a proximity sensor for detecting the approach of a user, having the steps, monitoring the signals of the proximity sensor for a signal change in the form of a characteristic first signal response s 1, which indicates an approach to the proximity sensor, monitoring the signals of the proximity sensor for a time period t s, wherein the method is terminated if the signal response of the proximity sensor changes by more than a predetermined value s t within the time period t s, activating a signalling device after the elapse of the time period t s, in order to signal the expiry of the actuation time to the user, monitoring the signals of the proximity sensor for a time period t e, wherein the method is continued then if the signal of the proximity sensor changes by more than a predetermined value s e within the time period t e and otherwise, the method is terminated, if the method is continued, identifying the actuation of the function on the motor vehicle and signalling the function triggering to a control device in the motor vehicle.
Tap for pressurised fluid, with or without a built-in pressure regulator, comprising a body housing a fluid circuit having one upstream end intended to be connected with a pressurised fluid tank and one downstream end intended to be connected with a user device at the level of an outlet connector, the circuit comprising a member for controlling the flow in the circuit such as a valve, the member for controlling the flow being commanded by a command mechanism (7, 14) comprising a command member which can be manually actuated and mounted moveable on the body of the tap between an idle position wherein the member for controlling the flow is maintained in a first state corresponding to a first flow value within the circuit and an active position wherein the command member moves the member for controlling the flow to a second state corresponding to a second flow value within the circuit, the tap comprising a member for detecting the connection located at the outlet connector or adjacent to the outlet connector and configured to detect a mechanical connection of a user member at the level of the outlet connection, the tap further comprising a device (12, 13, 15) for neutralising the command mechanism (7, 14), provided that the member for detecting the connection does not detect a mechanical connection at the outlet connector, the neutralisation device being connected to the member for detecting the connection and comprising at least one disengagement pin (12, 15) urging the command member or an intermediate pin of the command mechanism (7, 14) in a neutralised position preventing the passage command of the member for controlling the flow from the first to the second state thereof, characterised in that the command member is moveable on the body with respect to the remainder of the command mechanism (7, 14) following a switching movement that is different from the movement of the command member between the idle and active position thereof, the command member being moveable according to a switching movement between a neutralised position and an "operational" position making it possible for the passage of the member for controlling the flow from the first to the second state thereof.
A gas cleaner comprising: a receiver configured to receive fuel-gas from a gasifier and the receiver includes a temperature controller, the temperature controller is configured to regulate temperature of the fuel-gas; a first filter coupled to the receiver wherein the first filter is a fabric filter having coating of an inert material and a second layer and the fabric filter is configured to operate at a temperature range within which the fuel-gas maintains gaseous state, wherein the temperature range is 240 °C and 370 °C; a condenser coupled to the first filter, the condenser configured control the temperature of the fuel-gas to obtain condensate by condensing constituents of the fuel-gas that are condensable and to facilitate dissolving constituents of the fuel-gas dissolvable in the condensate; and a second filter ( 108, 208), the second filter comprises a fine filter ( 128, 228) and a pleated filter ( 118, 218), wherein the fine filter ( 128,228) includes saw dust and the pleated filter ( 118,218) comprises a fabric filter to extract suspended particles from the fuel-gas. a receiver configured to receive fuel-gas from a gasifier and the receiver includes a temperature controller, the temperature controller is configured to regulate temperature of the fuel-gas; a first filter coupled to the receiver wherein the first filter is a fabric filter having coating of an inert material and a second layer and the fabric filter is configured to operate at a temperature range within which the fuel-gas maintains gaseous state, wherein the temperature range is 240 °C and 370 °C; a condenser coupled to the first filter, the condenser configured control the temperature of the fuel-gas to obtain condensate by condensing constituents of the fuel-gas that are condensable and to facilitate dissolving constituents of the fuel-gas dissolvable in the condensate; and a second filter ( 108, 208), the second filter comprises a fine filter ( 128, 228) and a pleated filter ( 118, 218), wherein the fine filter ( 128,228) includes saw dust and the pleated filter ( 118,218) comprises a fabric filter to extract suspended particles from the fuel-gas.
An amusement ride comprising: a hub; an upright arm that is mounted for rotation about the hub; a gondola that is mounted for rotation at an end of the arm; a plurality of seats for riders, mounted for rotation on the gondola; motors for driving the arm, gondola and seats in rotation; and a controller for controlling said motors; wherein, in use: the arm rotates about the hub, about a first axis of rotation; the gondola rotates about a second axis (165,265) that extends along the arm; and characterised in that each of the seats, rotates independently about its own, third axis (168,268) that extends transversely of the second axis (165,265), to rotate the respective rider about that third axis (168,268). a hub; an upright arm that is mounted for rotation about the hub; a gondola that is mounted for rotation at an end of the arm; a plurality of seats for riders, mounted for rotation on the gondola; motors for driving the arm, gondola and seats in rotation; and a controller for controlling said motors; wherein, in use: the arm rotates about the hub, about a first axis of rotation; the gondola rotates about a second axis (165,265) that extends along the arm; and characterised in that each of the seats, rotates independently about its own, third axis (168,268) that extends transversely of the second axis (165,265), to rotate the respective rider about that third axis (168,268). the arm rotates about the hub, about a first axis of rotation; the gondola rotates about a second axis (165,265) that extends along the arm; and characterised in that each of the seats, rotates independently about its own, third axis (168,268) that extends transversely of the second axis (165,265), to rotate the respective rider about that third axis (168,268).
A voltage controlled oscillator suitable for a phase locked loop, comprising: an LC resonator having a varactor diode: a varactor bias network including the varactor-diode the anode of the varactor diode being connected to a variable voltage and the cathode of the varactor-diode being connected to a pull-down resistor network, the pull-down resistor network having a first resistor, a second resistor and a third resistor, wherein the first and second resistors form a voltage divider, with one end of the third resistor being connected between the first and second resistors, and the other end of the third resistor having an input for connecting to the phase locked loop, the pull-down resistor network being configured to generate an internal bias voltage suitable for initiating oscillation in the VCO in the absence of an input signal from the phase locked loop by applying a reverse bias to the varactor-diode; and an output buffer arranged to provide isolation of the VCO. an LC resonator having a varactor diode: a varactor bias network including the varactor-diode the anode of the varactor diode being connected to a variable voltage and the cathode of the varactor-diode being connected to a pull-down resistor network, the pull-down resistor network having a first resistor, a second resistor and a third resistor, wherein the first and second resistors form a voltage divider, with one end of the third resistor being connected between the first and second resistors, and the other end of the third resistor having an input for connecting to the phase locked loop, the pull-down resistor network being configured to generate an internal bias voltage suitable for initiating oscillation in the VCO in the absence of an input signal from the phase locked loop by applying a reverse bias to the varactor-diode; and an output buffer arranged to provide isolation of the VCO. a varactor bias network including the varactor-diode the anode of the varactor diode being connected to a variable voltage and the cathode of the varactor-diode being connected to a pull-down resistor network, the pull-down resistor network having a first resistor, a second resistor and a third resistor, wherein the first and second resistors form a voltage divider, with one end of the third resistor being connected between the first and second resistors, and the other end of the third resistor having an input for connecting to the phase locked loop, the pull-down resistor network being configured to generate an internal bias voltage suitable for initiating oscillation in the VCO in the absence of an input signal from the phase locked loop by applying a reverse bias to the varactor-diode; and an output buffer arranged to provide isolation of the VCO.
System for measuring parameters of a mounted assembly consisting of a tyre casing and of at least one wheel, comprising an electronic device for measuring parameters of the mounted assembly and a bonding interface made of elastomeric material surrounding at least partially the measuring electronic device and serving as interface between the tyre casing and the measuring electronic device, said measuring electronic device comprising: - a UHF radiofrequency antenna; - an electronic board comprising: i. an electronic chip coupled to the UHF radiofrequency antenna, the coupling between the electronic chip and the UHF radiofrequency antenna is of electrical nature; ii. a microcontroller; characterized in that the measuring system comprises a ground plane connected to the electronic board, in that the electronic board comprises at least one sensor for measuring parameters of the mounted assembly, a capacitive element and an energy manager, in that an electrical circuit connects the electronic chip, the microcontroller and at least the sensor for measuring parameters of the mounted assembly, in that the electronic chip, the microcontroller and the at least one sensor for measuring parameters of the mounted assembly are components of low energy consumption and in that the UHF radiofrequency antenna is a half-wave dipole monoband antenna the total length L of which is comprised between the following limits: 0.9 * C / 2 * f < L < 1.1 * C / 2 * f, in which, C is the speed of the radiofrequency waves in the medium in which the UHF radiofrequency antenna is embedded and f is the communication frequency of the UHF radiofrequency antenna. - a UHF radiofrequency antenna; - an electronic board comprising: i. an electronic chip coupled to the UHF radiofrequency antenna, the coupling between the electronic chip and the UHF radiofrequency antenna is of electrical nature; ii. a microcontroller; i. an electronic chip coupled to the UHF radiofrequency antenna, the coupling between the electronic chip and the UHF radiofrequency antenna is of electrical nature; ii. a microcontroller; characterized in that the measuring system comprises a ground plane connected to the electronic board, in that the electronic board comprises at least one sensor for measuring parameters of the mounted assembly, a capacitive element and an energy manager, in that an electrical circuit connects the electronic chip, the microcontroller and at least the sensor for measuring parameters of the mounted assembly, in that the electronic chip, the microcontroller and the at least one sensor for measuring parameters of the mounted assembly are components of low energy consumption and in that the UHF radiofrequency antenna is a half-wave dipole monoband antenna the total length L of which is comprised between the following limits: 0.9 * C / 2 * f < L < 1.1 * C / 2 * f, in which, C is the speed of the radiofrequency waves in the medium in which the UHF radiofrequency antenna is embedded and f is the communication frequency of the UHF radiofrequency antenna.
Method for manufacturing a collapsible element comprising at least one rigid element, characterised in that perforations are arranged in a textile support material, in that the support material is transferred into an injection mould, in that at least one rigid element comprising at least one injection space is arranged in the injection mould in such a way that the injection space is positioned against the support material in the region of the perforations, in that at least one cavity, having an extension in the plane of the support material which is greater than the extension of the perforations, is arranged in the injection mould in the region of the perforations on the side of the support material opposite the injection space, in that the cavity as well as the injection space is injected full of a curable plastics material, and in that the plastics material is cured.
A coupling for quick and easy attachment and detachment of a firearm accessory to a muzzle of a firearm, the coupling comprising a female member and a male member, the female member being provided with a throughgoing bore and further being provided with a number of successive threaded portions and unthreaded portions around a circumference of the throughgoing bore, wherein the male member around an outer circumference being provided with the same number of successive threaded portions and unthreaded portions as the female member, wherein the female member further is provided with a groove arranged around an outer circumference of the female member and a through-going slit extending from the groove to an end of the female member, the male member being provided with a number of recesses arranged around an outer circumference of the male member, the coupling further comprises a resilient lock element being arranged in the groove, one end of the resilient lock member being bent to form a protruding part from the resilient lock element, the protruding part being arranged and accommodated in the through-going slit of the female member, the protruding part extending a distance into the through-going bore of the female member, the protruding part being received in one of the recesses of the male member.
A device for determining and/or monitoring the mass flow and/or the flow velocity of a flowable medium through a pipeline, comprising at least one heating element, said heating element being at least partly and/or temporarily in thermal contact with the medium, and said heating element being at least temporarily exposed to a heating signal, characterized in that a unit comprising a material with anisotropic thermal conductivity is arranged at least in a section between the medium and the heating element, the unit comprises a layer or a coating, said layer or coating consisting at least partly of the material with anisotropic thermal conductivity, or a thin-walled film, said film consisting at least partly of the material with anisotropic thermal conductivity, and in that the layer, coating or film has higher thermal conductivity in its longitudinal direction than perpendicular to its longitudinal direction. comprising at least one heating element, said heating element being at least partly and/or temporarily in thermal contact with the medium, and said heating element being at least temporarily exposed to a heating signal, characterized in that a unit comprising a material with anisotropic thermal conductivity is arranged at least in a section between the medium and the heating element, the unit comprises a layer or a coating, said layer or coating consisting at least partly of the material with anisotropic thermal conductivity, or a thin-walled film, said film consisting at least partly of the material with anisotropic thermal conductivity, and in that the layer, coating or film has higher thermal conductivity in its longitudinal direction than perpendicular to its longitudinal direction.