mhurhangee/ep-ind-claims huggingface dataset:
A method for selectively reducing power of a two-stroke engine having at least one piston movable in a cylinder and an exhaust port, the method comprising providing an exhaust valve in communication with the exhaust port of the engine, the exhaust valve having an adjustable position to change an effective size of the exhaust port; the method including the steps of sensing an engine temperature above a predetermined overheated temperature threshold, signaling a condition likely to cause damage to the piston of the engine; and adjusting a position of the exhaust valve to reduce a size of the exhaust port in response to sensing the overheated temperature, thereby limiting power of the engine, characterized in that signaling a condition likely to cause damage to the piston of the engine includes measuring fault events at a manifold pressure sensor, a detonation sensor, a valve position sensor, an exhaust temperature sensor and an engine water temperature sensor, and in that adjusting a position of the exhaust valve includes selectively changing a position of the exhaust valve relative to the exhaust port between an up state position in which the exhaust port is fully open and a down state position in which the exhaust port is restricted to reduce the power of the engine, and at least one middle state position located between the up state position and the down state position, and further includes adjusting the exhaust valve to one of a plurality of incremental positions between the up state position, the middle state position, and the down state position to fine tune the effective size of the exhaust port and limit the power of the engine; evaluating a severity of the sensed condition, adjusting a state position of the exhaust valve if the severity of the sensed condition exceeds a predetermined severity threshold, and incrementally adjusting the position of the exhaust valve without changing a current state position of the exhaust valve if the severity of the detected condition is below the predetermined severity threshold, and by; adjusting a state position of the exhaust valve by determining whether a first predetermined number of fault events occur within a first predetermined time period and adjusting the state position of the exhaust valve to reduce the size of the exhaust port if the first predetermined number of fault events occur within the first predetermined time period, and incrementally adjusting the position of the exhaust valve includes determining whether a second predetermined number of fault events occur within a second predetermined time period and incrementally adjusting the state position of the exhaust valve without changing a current state position of the exhaust if the second predetermined number of fault events occur within the second predetermined time period.
A polypeptide that hydrolytically cleaves zearalenone and/or at least one zearalenone derivative, characterized in that the polypeptide is a hydrolase with an amino acid sequence of sequence ID number 1 or a functional derivative thereof, wherein a sequence identity of at least 70 % exists between the functional variants and the amino acid sequence.
At least one phosphodiesterase type 5 inhibitor and at least one nitric oxide donor for use in a method of treating a peripheral vascular disease, wherein the phosphodiesterase type 5 inhibitor is sildenafil, derivatives, or salts thereof and the nitric oxide donor is arginine, derivatives, or salts thereof, and wherein the sildenafil, derivatives, or salts thereof and the arginine, derivatives, or salts thereof are administered in combination to a subject to treat the peripheral vascular disease.
A method for displaying contents on a display of a terminal, the method comprising: connecting a channel wherein the channel is a folder in a generated storage area of a content storage server accessed and shared by the terminal and other terminals, wherein the channel includes at least one video content uploaded from the terminal or other terminals; displaying video content of the channel as a main image; checking whether new video content in the channel is available; displaying an indicator that indicates a presence of the new content available in the channel when the new video content is available; displaying a second screen to display the new video content on the displayed video content through a PIP (Picture-in-Picture) function in response to an acknowledgement request corresponding to the indicator, wherein a display size of the second screen is smaller than a display size of the video content, wherein when a plurality of new video contents are available, the oldest content among the plurality of new video contents is displayed first, while the next oldest new video content is displayed in response to a signal received through a remote controller; and displaying the new video content on an entire screen as the main image in response to a selection input for the new video content. connecting a channel wherein the channel is a folder in a generated storage area of a content storage server accessed and shared by the terminal and other terminals, wherein the channel includes at least one video content uploaded from the terminal or other terminals; displaying video content of the channel as a main image; checking whether new video content in the channel is available; displaying an indicator that indicates a presence of the new content available in the channel when the new video content is available; displaying a second screen to display the new video content on the displayed video content through a PIP (Picture-in-Picture) function in response to an acknowledgement request corresponding to the indicator, wherein a display size of the second screen is smaller than a display size of the video content, wherein when a plurality of new video contents are available, the oldest content among the plurality of new video contents is displayed first, while the next oldest new video content is displayed in response to a signal received through a remote controller; and displaying the new video content on an entire screen as the main image in response to a selection input for the new video content.
A cable containing a conductor, a fire retardant tape, preferably wherein the fire retardant tape is made of woven fiberglass impregnated with a lead-free, halogen-free, and antimony-free fire retardant, and optionally wherein the fire retardant tape has a thickness of less than 0.254mm (10 mils), and an insulation having a thickness of greater than 1.9 mm (75 mils), the insulation being made of a lead-free, halogen-free, and antimony-free composition comprising a) a polyolefin; b) a maleic anhydride modified polyolefin; c) a butadiene-styrene copolymer; d) a non-halogen flame retardant; and e) a silane compound. a) a polyolefin; b) a maleic anhydride modified polyolefin; c) a butadiene-styrene copolymer; d) a non-halogen flame retardant; and e) a silane compound.
Process for preparing methyl mercaptan, batchwise or continuously, preferably continuously, said process comprising at least the following steps: a) reaction of at least one hydrocarbon charge in the presence of hydrogen sulphide (H 2 S) and optionally of sulphur to form carbon disulphide (CS 2) and hydrogen (H 2), b) hydrogenation reaction of said carbon disulphide (CS 2) in the presence of said hydrogen (H 2), both obtained in step a), to form methyl mercaptan (CH 3 SH), hydrogen sulphide (H 2 S) and optionally hydrogen (H 2), c) optionally, recycling of said hydrogen sulphide (H 2 S) formed in step b) to step a), and d) recovery of the methyl mercaptan. a) reaction of at least one hydrocarbon charge in the presence of hydrogen sulphide (H 2 S) and optionally of sulphur to form carbon disulphide (CS 2) and hydrogen (H 2), b) hydrogenation reaction of said carbon disulphide (CS 2) in the presence of said hydrogen (H 2), both obtained in step a), to form methyl mercaptan (CH 3 SH), hydrogen sulphide (H 2 S) and optionally hydrogen (H 2), c) optionally, recycling of said hydrogen sulphide (H 2 S) formed in step b) to step a), and d) recovery of the methyl mercaptan.
A centrifugal separator for cleaning gas containing contaminants comprising a stationary casing module comprising a surrounding side wall enclosing a separation space through which a gas flow is permitted and further comprising a gas outlet for cleaned gas and at least one drainage opening for draining separated liquid contaminants from a lower portion of the stationary casing module; a rotating module comprising a plurality of separation members arranged in said separation space and being arranged to rotate around an axis of rotation, a drive member arranged for rotating the rotating module around the axis of rotation; an inlet module arranged axially above said stationary casing module; comprising an inlet pipe for supply of the gas to be cleaned to said inlet module; and wherein the inlet module is in fluid contact with said separation space; a liquid outlet module arranged axially below said stationary casing module and configured to permit discharge of liquid contaminants drained from said stationary casing module; wherein the liquid outlet module comprises a lower base portion and at least one upwardly extending portion from said lower base portion; wherein said at least one upwardly extending portion extends axially along the surrounding side wall of the stationary casing module such that the liquid outlet module forms an open container into which the stationary casing module is arranged; and wherein the liquid outlet module is attached to said stationary casing module via said at least one upwardly extending portion. a stationary casing module comprising a surrounding side wall enclosing a separation space through which a gas flow is permitted and further comprising a gas outlet for cleaned gas and at least one drainage opening for draining separated liquid contaminants from a lower portion of the stationary casing module; a rotating module comprising a plurality of separation members arranged in said separation space and being arranged to rotate around an axis of rotation, a drive member arranged for rotating the rotating module around the axis of rotation; an inlet module arranged axially above said stationary casing module; comprising an inlet pipe for supply of the gas to be cleaned to said inlet module; and wherein the inlet module is in fluid contact with said separation space; a liquid outlet module arranged axially below said stationary casing module and configured to permit discharge of liquid contaminants drained from said stationary casing module; wherein the liquid outlet module comprises a lower base portion and at least one upwardly extending portion from said lower base portion; wherein said at least one upwardly extending portion extends axially along the surrounding side wall of the stationary casing module such that the liquid outlet module forms an open container into which the stationary casing module is arranged; and wherein the liquid outlet module is attached to said stationary casing module via said at least one upwardly extending portion.
Device for measuring a flow of a medium through a pipe, wherein the device comprises multiple pitot tubes and multiple sensing units, wherein each of the pitot tubes has a respective total pressure outlet and a respective static pressure outlet, wherein each of the sensing units has a respective total pressure inlet and a respective static pressure inlet, wherein all of the total pressure outlets are fluidly connected to all of the total pressure inlets by respective first connection lines, wherein all of the static pressure outlets are fluidly connected to all of the static pressure inlets by respective second connection lines, wherein each of the sensing units is configured to determine the flow of the medium through the pipe by comparing the pressures at the respective total pressure inlet and the respective static pressure inlet with each other, and wherein all first connection lines include a first shared tube segment and/or all second connection lines include a second shared tube segment.
A device (10, 100) for modulating the amplitude of an incident laser radiation on said device and having a wavelength λ i, characterized in that it comprises: a metal bottom layer above which there is a semiconductive layer which contains a stack of a plurality of quantum wells, above which there is a structured metal top layer, the two metal layers (2, 3) being reflective to the incident laser radiation, the structuring of the top layer and the distance between said two metal layers L being small enough for the device to form an optical microcavity having at least one resonance mode; at least a part of the quantum wells, called active wells, having an intersubband absorption at a central wavelength λ ISB = hc / E ISB, the coupling between said intersubband transition at said central wavelength λ ISB and one of the modes of the microcavity driving the excitation of cavity polaritons and a Rabi splitting at the energies E ISB ± ħ Ω Rabi with Ω Rabi the Rabi frequency; said device comprising an electric circuit configured to apply two distinct voltage differences, V 0 and V 1, between the two metal layers, the device absorbing the incident radiation for the voltage difference V 0 and the device reflecting or transmitting the incident radiation for the voltage difference V 1. at least a part of the quantum wells, called active wells, having an intersubband absorption at a central wavelength λ ISB = hc / E ISB, the coupling between said intersubband transition at said central wavelength λ ISB and one of the modes of the microcavity driving the excitation of cavity polaritons and a Rabi splitting at the energies E ISB ± ħ Ω Rabi with Ω Rabi the Rabi frequency; said device comprising an electric circuit configured to apply two distinct voltage differences, V 0 and V 1, between the two metal layers, the device absorbing the incident radiation for the voltage difference V 0 and the device reflecting or transmitting the incident radiation for the voltage difference V 1.
An ear wearable device comprising: a housing comprising a portion shaped to be inserted into a concha of the ear; a speaker disposed inside the housing and configured to be disposed in an auditory canal when the housing is inserted into the concha of the ear; a button emerging from a hole formed in the housing; an elastic member disposed in the housing and elastically resisting an external force against the button; and a movable member including a protruding portion through an opening formed in the housing, and configured to be pushed into the opening or pulled away from the opening such that the protruding portion can be pushed or pulled when the button is pressed, wherein the button includes a penetration portion through which an extension of the movable member passes. a housing comprising a portion shaped to be inserted into a concha of the ear; a speaker disposed inside the housing and configured to be disposed in an auditory canal when the housing is inserted into the concha of the ear; a button emerging from a hole formed in the housing; an elastic member disposed in the housing and elastically resisting an external force against the button; and a movable member including a protruding portion through an opening formed in the housing, and configured to be pushed into the opening or pulled away from the opening such that the protruding portion can be pushed or pulled when the button is pressed, wherein the button includes a penetration portion through which an extension of the movable member passes.
Cover strip for edge termination and/or joint covering for a floating floor covering, wherein the cover strip comprises a lower base section, an upper cover section and an at least one recess provided for fastening to the subfloor, preferably a height support comprising a hole or a slot, wherein the height support is provided on the underside for support on the subfloor and for fastening it thereto, wherein the height support has at least one fastening means on the upper side for fastening the base section to the height support, wherein the base section has a base plate and two upwardly-directed limbs, wherein the base plate comprises at least one bore for a screw connection to fasten the base section between the two limbs, and wherein the cover section comprises a cover plate with at least a bore for the screw connection and at least a cover limb, characterized in that a further screw connection is provided to connect the cover section to the base section, and that a channel is provided between the limbs of the base section for the further screw connection.
A method of operating a 4-stroke motorcycle engine equipped with a wet clutch, wherein the crankcase and wet clutch are lubricated with the same lubricant composition, said method comprising supplying to the engine and clutch a lubricant composition comprising: (a) an oil of lubricating viscosity, (b) 0.025 to 2.5 percent by weight of an antimony dialkyldithiocarbamate compound, and (c) 0.05 to 4 percent by weight of an ash-free friction modifier which is at least one of fatty esters, amides or imides of hydroxy-carboxylic acids, wherein the lubricating composition comprises less than 50 weight percent of a synthetic ester having a kinematic viscosity of 5.5 to 25 mm 2 /s when measured at 100 °C. (a) an oil of lubricating viscosity, (b) 0.025 to 2.5 percent by weight of an antimony dialkyldithiocarbamate compound, and (c) 0.05 to 4 percent by weight of an ash-free friction modifier which is at least one of fatty esters, amides or imides of hydroxy-carboxylic acids,
A method implemented in an Access Node, AN, at synchronization level 1 for maintaining synchronization in a radio access network employing a hierarchical synchronization mechanism, characterized by: detecting that an AN at synchronization level 0 is down; initiating a random back-off procedure by which the AN backs off randomly to avoid collision with any other AN; determining whether a first synchronization signal generated at another AN at synchronization level 1 is received during the random back-off procedure; and generating and broadcasting a second synchronization signal providing a synchronization reference upon completion of the random back-off procedure, and the AN acting as a root AN for the second synchronization signal, if it is determined that no first synchronization signal is received during the random back-off procedure. detecting that an AN at synchronization level 0 is down; initiating a random back-off procedure by which the AN backs off randomly to avoid collision with any other AN; determining whether a first synchronization signal generated at another AN at synchronization level 1 is received during the random back-off procedure; and generating and broadcasting a second synchronization signal providing a synchronization reference upon completion of the random back-off procedure, and the AN acting as a root AN for the second synchronization signal, if it is determined that no first synchronization signal is received during the random back-off procedure.
A passive reactivity control nuclear fuel device for a nuclear reactor core, the passive reactivity control nuclear fuel device comprising: a multiple-walled fuel chamber including an inner wall chamber configured to position nuclear fuel in a molten fuel state within a high neutron importance region of the nuclear reactor core, the inner wall chamber being further configured to allow at least a portion of the nuclear fuel to move in a molten fuel state into a lower neutron importance region of the nuclear reactor core while remaining within the inner wall chamber as temperature of the nuclear fuel satisfies a negative reactivity feedback expansion temperature condition, the movement of the nuclear fuel in a molten fuel state to the lower neutron importance region increasing negative reactivity feedback in the nuclear reactor core, and an outer wall chamber containing the inner wall chamber, a gap between the outer wall chamber and the inner wall chamber thermally isolating the inner wall chamber. an inner wall chamber configured to position nuclear fuel in a molten fuel state within a high neutron importance region of the nuclear reactor core, the inner wall chamber being further configured to allow at least a portion of the nuclear fuel to move in a molten fuel state into a lower neutron importance region of the nuclear reactor core while remaining within the inner wall chamber as temperature of the nuclear fuel satisfies a negative reactivity feedback expansion temperature condition, the movement of the nuclear fuel in a molten fuel state to the lower neutron importance region increasing negative reactivity feedback in the nuclear reactor core, and an outer wall chamber containing the inner wall chamber, a gap between the outer wall chamber and the inner wall chamber thermally isolating the inner wall chamber.
A certificate authenticating method that authenticates a terminal device capable of connecting to a communication service in a first network by using a communication ID to allow the terminal device to connect to a communication service in a second network which is different from the first network and for which the same communication ID cannot be used, the terminal device having a sub ID, comprising: (a) a step by the terminal device of transmitting, via the first network, a certificate issue request including at least the communication ID and the sub ID to a certificate issuing device connected to the first network; (b) a step by the certificate issuing device of requesting a communication ID checking device to check whether or not the communication ID of the terminal device included in the certificate issue request is in use when the certificate issue request is received from the terminal device via the first network, requesting a communication ID/sub ID checking device to check whether or not the association between the communication ID and the sub ID is proper, generating a certificate including at least an ID of the certificate issuing device, the communication ID and the sub ID of the terminal device and a validity period if at least the check results from the communication ID checking device and the communication ID/sub ID checking device are OK, and transmitting the certificate to the terminal device; (c) a step by the terminal device of transmitting an authentication request including at least the sub ID for authentication of the certificate on the second network to an authentication device; and (d) a step by the authentication device of carrying out authentication of the certificate in response to the authentication request. (a) a step by the terminal device of transmitting, via the first network, a certificate issue request including at least the communication ID and the sub ID to a certificate issuing device connected to the first network; (b) a step by the certificate issuing device of requesting a communication ID checking device to check whether or not the communication ID of the terminal device included in the certificate issue request is in use when the certificate issue request is received from the terminal device via the first network, requesting a communication ID/sub ID checking device to check whether or not the association between the communication ID and the sub ID is proper, generating a certificate including at least an ID of the certificate issuing device, the communication ID and the sub ID of the terminal device and a validity period if at least the check results from the communication ID checking device and the communication ID/sub ID checking device are OK, and transmitting the certificate to the terminal device; (c) a step by the terminal device of transmitting an authentication request including at least the sub ID for authentication of the certificate on the second network to an authentication device; and (d) a step by the authentication device of carrying out authentication of the certificate in response to the authentication request.