mhurhangee/ep-ind-claims huggingface dataset:
A method of RTM molding wherein a reinforcing fiber substrate is placed in a mold, resin distribution media each exhibiting a resin flow resistance lower than a resin flow resistance of said reinforcing fiber substrate are placed on both surfaces of said reinforcing fiber substrate, and after a pressure in said mold is reduced by evacuation, a resin is injected into said mold through said resin distribution media to impregnate said reinforcing fiber substrate with said resin injected, characterized in that a resin flow resistance of a first resin distribution medium placed on a first surface of said reinforcing fiber substrate is set lower than a resin flow resistance of a second resin distribution medium placed on a second surface of said reinforcing fiber substrate, and said evacuation is carried out through said second resin distribution medium while said resin is injected into said first resin distribution medium to impregnate said reinforcing fiber substrate with said injected resin.
Turbomachine comprising: - a turbine provided with a turbine wheel, - a compressor, - a shaft, rotatable, connecting the turbine and the compressor, - support means (3, 3*, 8, 8*) of the shaft, - a cooling and lubrication system exclusively based on heat removal by lubricating oil, which system includes a main channel for feeding the lubricating oil to the support means (3, 3*, 8, 8*) of the shaft, - sealing means on the turbine side, configured to avoid lubricating oil entering the turbine wheel, wherein - the cooling and lubrication system comprises at least one spray-channel (5, 5*) for cooling the sealing means, fluid-dynamically connected to the main channel and able to supply a flow of lubricating oil fed directly or indirectly, from the main channel; - the spray-channel (5, 5*) is provided, in a distal position with respect to the main channel, with a spray nozzle facing the sealing means, the turbomachine being characterized by the fact that a distance (d) of the spray nozzle from the sealing means is between five and twelve times the diameter (φ5) of the spray-channel (5, 5*). - a turbine provided with a turbine wheel, - a compressor, - a shaft, rotatable, connecting the turbine and the compressor, - support means (3, 3*, 8, 8*) of the shaft, - a cooling and lubrication system exclusively based on heat removal by lubricating oil, which system includes a main channel for feeding the lubricating oil to the support means (3, 3*, 8, 8*) of the shaft, - sealing means on the turbine side, configured to avoid lubricating oil entering the turbine wheel, wherein - the cooling and lubrication system comprises at least one spray-channel (5, 5*) for cooling the sealing means, fluid-dynamically connected to the main channel and able to supply a flow of lubricating oil fed directly or indirectly, from the main channel; - the spray-channel (5, 5*) is provided, in a distal position with respect to the main channel, with a spray nozzle facing the sealing means,
A method for operating a heating cooking apparatus, comprising: sensing at least one variable using a sensor, wherein the variable is indicative of whether a load is present on a plate of the heating cooking apparatus; and wherein sensing at least one variable includes sensing a temperature of the plate or a temperature corresponding to the plate; controlling a duty of power supplied to a heat source based on the variable sensed by the sensor; comparing the sensed temperature with a second reference temperature; and switching-on power to the heat source when the sensed temperature decreases to the second reference temperature; characterised in that a duty of the heat source when the plate has a load is larger than a duty of the heat source when the plate has no load; the method further comprising: switching-off power to the heat source at least once prior to the sensed temperature reaching a first reference temperature after a predetermine time elapses from the operation of the heat source or the detected temperature reaches a predetermined temperature lower than the second reference temperature. sensing at least one variable using a sensor, wherein the variable is indicative of whether a load is present on a plate of the heating cooking apparatus; and wherein sensing at least one variable includes sensing a temperature of the plate or a temperature corresponding to the plate; controlling a duty of power supplied to a heat source based on the variable sensed by the sensor; comparing the sensed temperature with a second reference temperature; and switching-on power to the heat source when the sensed temperature decreases to the second reference temperature; characterised in that a duty of the heat source when the plate has a load is larger than a duty of the heat source when the plate has no load; the method further comprising: switching-off power to the heat source at least once prior to the sensed temperature reaching a first reference temperature after a predetermine time elapses from the operation of the heat source or the detected temperature reaches a predetermined temperature lower than the second reference temperature. switching-off power to the heat source at least once prior to the sensed temperature reaching a first reference temperature after a predetermine time elapses from the operation of the heat source or the detected temperature reaches a predetermined temperature lower than the second reference temperature.
A method for authenticity testing of an analyte from a foodstuff, characterized by that a) the extraction of the desired analyte from the foodstuff or a food extract takes place by molecularly imprinted polymers (MIPs), that b) the MIPS laden with the analyte are separated, that c) from the MIPs laden with the analyte, the analyte is removed again and that d) the thus extracted analyte is subjected to an isotope-ratio mass spectroscopy (IRMS) or a cavity ring-down spectroscopy (CRDS) for determining the isotope ratio, selected from 1 H/ 2 H, 13 C/ 12 C, 16 O/ 17 O/ 18 O and/or 15 N/ 14 N. a) the extraction of the desired analyte from the foodstuff or a food extract takes place by molecularly imprinted polymers (MIPs), that b) the MIPS laden with the analyte are separated, that c) from the MIPs laden with the analyte, the analyte is removed again and that d) the thus extracted analyte is subjected to an isotope-ratio mass spectroscopy (IRMS) or a cavity ring-down spectroscopy (CRDS) for determining the isotope ratio, selected from 1 H/ 2 H, 13 C/ 12 C, 16 O/ 17 O/ 18 O and/or 15 N/ 14 N.
An electrical connection device including a terminal block adapted for being connected to a lug of an electrical cable, the terminal block comprising a locking sleeve adapted for securing a rod of the lug having an outer shape that is complementary to the inner shape of the sleeve so as to form an electrical connection enabling relative movement between the terminal block and the secured lug, the locking sleeve comprising a first portion and a second portion, as well as a pivot element (13, 14) configured such that the first and second portions (1, 2) pivot relative to one another in order to allow for the introduction of the lug and the securing thereof, characterised in that the pivot element of the locking sleeve comprises a pin connected to the second portion of the locking sleeve and engaged with the first portion of the locking sleeve on the side of the first portion substantially opposite the side of the first portion facing the second portion of the locking sleeve, and in that said relative movement allowed is translation.
Watch comprising a watch case that includes a middle, a horological movement inside the middle and a control member mounted laterally on the middle, this control member being capable of displacement along a given axis between a first position close to the middle and at least one second position further away from the middle, the control member being configured so as to perform at least a primary feature of the watch, and the watch being provided with one or more additional features capable of being managed by electric signals, characterised in that the watch further comprises: - a magnetic ball partially incorporated into the control member such that this magnetic ball can pivot about the centre thereof, which remains unmoving relative to the control member, and such that the magnetic ball can be accessed by a user of the watch such that the user can manually pivot this magnetic ball; - a magnetic sensor arranged such that it is stationary relative to the middle, this magnetic sensor being capable of detecting an orientation or a change in orientation of a magnetic field generated by the magnetic ball and of providing an electric signal representative of said orientation or of said change in orientation; and - a processor configured so as to manage said one or more additional features on the basis of the electric signal generated by the magnetic sensor. - a magnetic ball partially incorporated into the control member such that this magnetic ball can pivot about the centre thereof, which remains unmoving relative to the control member, and such that the magnetic ball can be accessed by a user of the watch such that the user can manually pivot this magnetic ball; - a magnetic sensor arranged such that it is stationary relative to the middle, this magnetic sensor being capable of detecting an orientation or a change in orientation of a magnetic field generated by the magnetic ball and of providing an electric signal representative of said orientation or of said change in orientation; and - a processor configured so as to manage said one or more additional features on the basis of the electric signal generated by the magnetic sensor.
A fuel injector comprising a pilot fuel injector, a main fuel injector and a plurality of air swirlers (58, 68, 70, 76), wherein a shroud is arranged around the pilot fuel injector, the main fuel injector and the plurality of air swirlers (58, 68, 70, 76), the fuel injector has an axis, the shroud has a radially inner surface, a central member arranged on the axis of the fuel injector, a first member arranged coaxially around the central member, a first air swirler arranged radially between the central member and the first member, the pilot fuel injector arranged within the first member to supply fuel into a passage at least defined by the first member, a second member arranged coaxially between a downstream portion of the first member and a downstream portion of the shroud, a second air swirler arranged radially between an upstream portion (56A of the first member and an upstream portion of the shroud and radially between a downstream portion of the first member and the second member, the second air swirler comprising a plurality of circumferentially spaced vanes, each of the vanes of the second air swirler extending radially from the upstream portion of the first member to the upstream portion of the shroud and from the downstream portion of the first member to the second member 64), a third air swirler arranged radially between the downstream portion of the shroud and the second member, the main fuel injector arranged to supply fuel into an annular passage between the first member and the second member and a fourth air swirler extending through the first member.
A blender base comprising: a housing comprising an air inlet aperture; a motor disposed within the housing; a diffuser disposed in the housing and comprising a diffuser aperture operatively in fluid communication with the air inlet aperture; and a fan operatively forcing air to travel through the air inlet aperture, about the diffuser, and through the diffuser aperture; wherein the aperture of the diffuser is not within a line of sight of the air inlet aperture, characterized in that a fan chamber is disposed in the housing, wherein the fan is disposed within the fan chamber, and wherein the housing further comprises an exhaust aperture, wherein said exhaust aperture is not within a line of sight of the fan. a housing comprising an air inlet aperture; a motor disposed within the housing; a diffuser disposed in the housing and comprising a diffuser aperture operatively in fluid communication with the air inlet aperture; and a fan operatively forcing air to travel through the air inlet aperture, about the diffuser, and through the diffuser aperture; wherein the aperture of the diffuser is not within a line of sight of the air inlet aperture, characterized in that a fan chamber is disposed in the housing, wherein the fan is disposed within the fan chamber, and wherein the housing further comprises an exhaust aperture, wherein said exhaust aperture is not within a line of sight of the fan.
A method of a User Equipment of limiting Channel Quality Indicator, CQI, reporting from said User Equipment to a network node, said method comprising, transmitting at least one CQI report to said network node by said User Equipment, according to a scaled CQI feedback cycle Ψ defined as: Ψ = T × μ where T is a basic CQI feedback cycle and μ is a scaling factor, enabling dynamic scaling of said basic CQI feedback cycle, characterized in that said scaling factor is provided to said User Equipment by the network node as a cell specific value that is valid for all low activity states in a respective cell. transmitting at least one CQI report to said network node by said User Equipment, according to a scaled CQI feedback cycle Ψ defined as: Ψ = T × μ where T is a basic CQI feedback cycle and μ is a scaling factor, enabling dynamic scaling of said basic CQI feedback cycle, characterized in that said scaling factor is provided to said User Equipment by the network node as a cell specific value that is valid for all low activity states in a respective cell.
A user equipment, comprising: a controller configured to adjust a transmission period of a scheduling request in accordance with one or more scheduling request configurations including information on a transmission interval, in response to a signaling from a base station; and a transceiver configured to transmit the scheduling request based on the transmission period, wherein the controller applies one of the one or more scheduling request configurations for each bearer. a controller configured to adjust a transmission period of a scheduling request in accordance with one or more scheduling request configurations including information on a transmission interval, in response to a signaling from a base station; and a transceiver configured to transmit the scheduling request based on the transmission period, wherein the controller applies one of the one or more scheduling request configurations for each bearer.
A method for determining with one or more calibrated cameras an inventory of a plurality of objects located in an object holder, each object having a first portion located in a first plane in space and a second portion not located in the first plane, comprising: generating by the one or more calibrated cameras a first image of the plurality of objects representing a first pose relative to the object holder and a second image of the plurality of objects representing a second pose relative to the object holder; tracking a position of the object holder relative to the one or more cameras by applying a computer-aided-design model of the object holder; a processor transforming the second image to a warped image with a homography that is determined from the first and the second pose of one of the one or more calibrated cameras relative to the object holder and that maps each scene point in the first plane in the second image to a corresponding scene point in the first plane of the first image; the processor generating a cross-correlation between the first image and the warped image; and the processor comparing the cross-correlation with a corresponding view of the computer-aided-design model of the object holder for determining an absence or a presence of an object at a location of the object holder. generating by the one or more calibrated cameras a first image of the plurality of objects representing a first pose relative to the object holder and a second image of the plurality of objects representing a second pose relative to the object holder; tracking a position of the object holder relative to the one or more cameras by applying a computer-aided-design model of the object holder; a processor transforming the second image to a warped image with a homography that is determined from the first and the second pose of one of the one or more calibrated cameras relative to the object holder and that maps each scene point in the first plane in the second image to a corresponding scene point in the first plane of the first image; the processor generating a cross-correlation between the first image and the warped image; and the processor comparing the cross-correlation with a corresponding view of the computer-aided-design model of the object holder for determining an absence or a presence of an object at a location of the object holder.
A replaceable LED circuit arranged to be coupled to an active LED driver, the replaceable LED circuit comprising: - a pair of input pins (In) for receiving a power supplied by the LED driver, - an LED string coupled between the pair of input pins (In) for receiving the power; characterized in that the replaceable LED circuit further comprises - a surge protection circuit coupled in parallel to the LED string, the surge protection circuit comprising: - a capacitor (C1, C2, C3) arranged to charge when the power is supplied to the LED string, - a current regulator (D1, Q1) coupled in series with the capacitor (C1, C2, C3) and arranged such that it allows the capacitor (C1, C2, C3) to charge and prevents the capacitor (C1, C2, C3) to discharge into the LED string. - a pair of input pins (In) for receiving a power supplied by the LED driver, - an LED string coupled between the pair of input pins (In) for receiving the power; characterized in that the replaceable LED circuit further comprises - a surge protection circuit coupled in parallel to the LED string, the surge protection circuit comprising: - a capacitor (C1, C2, C3) arranged to charge when the power is supplied to the LED string, - a current regulator (D1, Q1) coupled in series with the capacitor (C1, C2, C3) and arranged such that it allows the capacitor (C1, C2, C3) to charge and prevents the capacitor (C1, C2, C3) to discharge into the LED string. - a capacitor (C1, C2, C3) arranged to charge when the power is supplied to the LED string, - a current regulator (D1, Q1) coupled in series with the capacitor (C1, C2, C3) and arranged such that it allows the capacitor (C1, C2, C3) to charge and prevents the capacitor (C1, C2, C3) to discharge into the LED string.
A system configured for determining an amount of NO 2 exiting an oxidation catalyst of an exhaust after treatment system, comprising: a space velocity generator configured to generate the space velocity of an oxidation catalyst as a function of oxygen concentration present in the exhaust entering the oxidation catalyst; an NO 2 equilibrium generator configured to generate a value indicative of the NO 2 equilibrium of the exhaust; an NO 2 equilibrium fraction generator configured to obtain a NO 2 equilibrium fraction; and an NO 2 exit generator configured to generate a value indicating the quantity of NO 2 exiting the oxidation catalyst based on the value indicative of the NO 2 equilibrium of the exhaust and the NO 2 equilibrium fraction. a space velocity generator configured to generate the space velocity of an oxidation catalyst as a function of oxygen concentration present in the exhaust entering the oxidation catalyst; an NO 2 equilibrium generator configured to generate a value indicative of the NO 2 equilibrium of the exhaust; an NO 2 equilibrium fraction generator configured to obtain a NO 2 equilibrium fraction; and an NO 2 exit generator configured to generate a value indicating the quantity of NO 2 exiting the oxidation catalyst based on the value indicative of the NO 2 equilibrium of the exhaust and the NO 2 equilibrium fraction.
An adjustable blade balance module, comprising: a frame having a first retainer proximate a first end of the frame, a second retainer proximate a second end of the frame, a length extending from the first end of the frame to the second end of the frame; a cover extending over at least a portion of the length of the frame; an adjustment screw including a threaded shaft and a head, the threaded shaft having a distal end, a proximal end, and a length therebetween, the threaded shaft being retained by the first retainer proximate the distal end of the threaded shaft, the threaded shaft being retained by the second retainer proximate the proximal end of the threaded shaft; a mass defining a threaded opening extending therethrough, the mass having the threaded shaft of the adjustment screw extending through the threaded opening, such that rotation of the threaded shaft would cause translation of the mass along the length of the threaded shaft; and an adjustment dial configured to cause rotation of the adjustment screw when the adjustment dial is rotated, characterized by: the adjustment dial having an axis of rotation that is orthogonal to a central longitudinal axis of the adjustment screw. a frame having a first retainer proximate a first end of the frame, a second retainer proximate a second end of the frame, a length extending from the first end of the frame to the second end of the frame; a cover extending over at least a portion of the length of the frame; an adjustment screw including a threaded shaft and a head, the threaded shaft having a distal end, a proximal end, and a length therebetween, the threaded shaft being retained by the first retainer proximate the distal end of the threaded shaft, the threaded shaft being retained by the second retainer proximate the proximal end of the threaded shaft; a mass defining a threaded opening extending therethrough, the mass having the threaded shaft of the adjustment screw extending through the threaded opening, such that rotation of the threaded shaft would cause translation of the mass along the length of the threaded shaft; and an adjustment dial configured to cause rotation of the adjustment screw when the adjustment dial is rotated, characterized by: the adjustment dial having an axis of rotation that is orthogonal to a central longitudinal axis of the adjustment screw.
A method of manufacturing a light emitting element mounting base member, the method comprising: providing a first insulating member in a plate shape having a plurality of recess portions or a plurality of through-holes; disposing in each recess portion or in each through-hole a light blocking resin and a plurality of core members each equipped with a light-reflecting second insulating member provided on a surface of an electrical conductor core; squashing upper surfaces and/or lower surfaces of the core members so that a flat surface is provided on each of upper and lower sides of the core members, the flat surfaces being formed so as to be substantially flush with an upper surface and a lower surface of the first insulating member; and exposing at least one surface of each of the electrical conductor cores from the second insulating members by removing a part of the second insulating members. providing a first insulating member in a plate shape having a plurality of recess portions or a plurality of through-holes; disposing in each recess portion or in each through-hole a light blocking resin and a plurality of core members each equipped with a light-reflecting second insulating member provided on a surface of an electrical conductor core; squashing upper surfaces and/or lower surfaces of the core members so that a flat surface is provided on each of upper and lower sides of the core members, the flat surfaces being formed so as to be substantially flush with an upper surface and a lower surface of the first insulating member; and exposing at least one surface of each of the electrical conductor cores from the second insulating members by removing a part of the second insulating members.