mhurhangee/ep-ind-claims huggingface dataset:
Use of a screen comprising at least two layers having different mesh or pore size, wherein the mesh or pore size ratio of at least two layers is from 1.05: 1 to 30: 1 and said at least two layers are inseparable from each other over the whole area, in a process of preparing cellulose powder, wherein the screen has at least one screening layer and at least one supporting layer providing mechanical stability to the screening layer, wherein the mesh or pore size of the screening layer is less than 250 μ m, and wherein the cellulose is sieved in dry state.
A bone plate (102; 202) for treating acromioclavicular dislocations, comprising: a shaft (104; 204) including a lateral portion sized and shaped such that the shaft (104; 204) is capable of being positioned along a superior aspect of a lateral clavicle, the shaft (104; 204) including a plurality of openings (116; 216) extending therethrough for receiving bone fixation elements therein; and a hook member (106; 206) extending from the shaft (104; 204) so that, in an operative position, the hook member (106; 206) is capable of being hooked under an acromion and the lateral portion of the shaft (106; 206) is capable of being positioned on the superior aspect of the lateral clavicle, characterized in that the lateral portion of the shaft (104; 204) being rounded so that the hook member (106; 206) is movable in one of an anterior direction and a posterior direction while the shaft (104; 204) is capable of maintaining contact with the superior aspect of the lateral clavicle without any portion of the lateral portion of the shaft (104; 204) protruding beyond a surface of the lateral clavicle. a shaft (104; 204) including a lateral portion sized and shaped such that the shaft (104; 204) is capable of being positioned along a superior aspect of a lateral clavicle, the shaft (104; 204) including a plurality of openings (116; 216) extending therethrough for receiving bone fixation elements therein; and a hook member (106; 206) extending from the shaft (104; 204) so that, in an operative position, the hook member (106; 206) is capable of being hooked under an acromion and the lateral portion of the shaft (106; 206) is capable of being positioned on the superior aspect of the lateral clavicle, characterized in that the lateral portion of the shaft (104; 204) being rounded so that the hook member (106; 206) is movable in one of an anterior direction and a posterior direction while the shaft (104; 204) is capable of maintaining contact with the superior aspect of the lateral clavicle without any portion of the lateral portion of the shaft (104; 204) protruding beyond a surface of the lateral clavicle.
A method of protecting an induction motor from thermal overload conditions, comprising: computing rotor temperature rise estimates from rotor resistance estimates for the induction motor; computing motor thermal state estimates for the induction motor; deriving a correlation between the thermal state estimates and the rotor temperature rise estimates; computing a new temperature rise estimate from a new rotor resistance estimate for the induction motor; computing a new motor thermal state estimate for the induction motor; the method characterized by the further steps of: computing an expected rotor temperature rise for the induction motor using the correlation and the new motor thermal state; checking whether the new temperature rise estimate exceeds the expected rotor temperature rise by more than a predefined threshold rotor temperature rise for the induction motor; and performing a corrective action in response to the new temperature rise estimate exceeding the expected rotor temperature rise by more than the predefined threshold rotor temperature rise. computing rotor temperature rise estimates from rotor resistance estimates for the induction motor; computing motor thermal state estimates for the induction motor; deriving a correlation between the thermal state estimates and the rotor temperature rise estimates; computing a new temperature rise estimate from a new rotor resistance estimate for the induction motor; computing a new motor thermal state estimate for the induction motor; the method characterized by the further steps of: computing an expected rotor temperature rise for the induction motor using the correlation and the new motor thermal state; checking whether the new temperature rise estimate exceeds the expected rotor temperature rise by more than a predefined threshold rotor temperature rise for the induction motor; and performing a corrective action in response to the new temperature rise estimate exceeding the expected rotor temperature rise by more than the predefined threshold rotor temperature rise. computing an expected rotor temperature rise for the induction motor using the correlation and the new motor thermal state; checking whether the new temperature rise estimate exceeds the expected rotor temperature rise by more than a predefined threshold rotor temperature rise for the induction motor; and performing a corrective action in response to the new temperature rise estimate exceeding the expected rotor temperature rise by more than the predefined threshold rotor temperature rise.
A fan platform comprising: a platform body having gaspath and non-gaspath sides (66a, 66b), leading and trailing ends (66c, 66d), first and second circumferential sides (66e, 66f) that are contoured to follow profiles of adjacent fan blades, and lugs (68a, 68b, 68c, 68d) projecting from the non-gaspath side and defining fastener openings, wherein the platform body comprises a core, wherein the core is formed of a material selected from the group consisting of honeycomb, foam, and combinations thereof. characterised in that a fiber-reinforced polymer matrix composite skin attached on the core at least on portions of the gaspath and non-gaspath sides (66a, 66b), an environmental barrier layer disposed on at least a portion of the core that does not have the skin, and wherein the environmental barrier layer is an elastomer material. a platform body having gaspath and non-gaspath sides (66a, 66b), leading and trailing ends (66c, 66d), first and second circumferential sides (66e, 66f) that are contoured to follow profiles of adjacent fan blades, and lugs (68a, 68b, 68c, 68d) projecting from the non-gaspath side and defining fastener openings, gaspath and non-gaspath sides (66a, 66b), leading and trailing ends (66c, 66d), first and second circumferential sides (66e, 66f) that are contoured to follow profiles of adjacent fan blades, and lugs (68a, 68b, 68c, 68d) projecting from the non-gaspath side and defining fastener openings, wherein the platform body comprises a core, wherein the core is formed of a material selected from the group consisting of honeycomb, foam, and combinations thereof. characterised in that a fiber-reinforced polymer matrix composite skin attached on the core at least on portions of the gaspath and non-gaspath sides (66a, 66b), an environmental barrier layer disposed on at least a portion of the core that does not have the skin, and wherein the environmental barrier layer is an elastomer material.
A wall, ceiling or floor panel made from a composite wood board with a top side and a back side opposite the top side and with reinforcements placed in sections as well as at least one decorative paper and at least one overlay, wherein - a hardened reinforcing material is arranged in the area of the reinforcement, characterized in that - the reinforcing material contains at least one active agent from the group of silanes, - wherein the reinforcing material has penetrated to a penetration depth between 15% and 75% of the distance between the surface of the top side and the surface of the back side of the composite wood board. - a hardened reinforcing material is arranged in the area of the reinforcement, characterized in that - the reinforcing material contains at least one active agent from the group of silanes, - wherein the reinforcing material has penetrated to a penetration depth between 15% and 75% of the distance between the surface of the top side and the surface of the back side of the composite wood board.
Method for detecting a defect on the DC power supply bus of a power converter connected to an electrical distribution network, the said power converter comprising a rectifier module connected to the electrical distribution network and intended to convert a voltage provided by the electrical distribution network into a voltage (Vbus) applied to the DC power supply bus, a bus capacitor (Cbus), an inductor and a precharge circuit connected to the DC power supply bus, the said method comprising steps of: - determination of a mean value of the voltage (Vbus) of the DC power supply bus, - determination of the ripple (Ṽpp H1) of the voltage (Vbus) of the DC power supply bus, - monitoring of the variation of the said mean value with respect to the said ripple (Ṽpp H1), - determination of a defect on the DC power supply bus as a function of the rate of the said variation, the said defect consisting of an anomaly on the inductor of the DC power supply bus, a power overload of the power converter, or advanced wear of the bus capacitor (Cbus). - determination of a mean value of the voltage (Vbus) of the DC power supply bus, - determination of the ripple (Ṽpp H1) of the voltage (Vbus) of the DC power supply bus, - monitoring of the variation of the said mean value with respect to the said ripple (Ṽpp H1), - determination of a defect on the DC power supply bus as a function of the rate of the said variation, the said defect consisting of an anomaly on the inductor of the DC power supply bus, a power overload of the power converter, or advanced wear of the bus capacitor (Cbus).
A pipeline pig signal having a trigger able to be put in communication with an interior space of a pipeline, the pipeline pig signal comprising: a trigger cavity internal to the pipeline pig signal and housing at least a portion of the trigger; a sealing means located toward an end of the trigger cavity and above the housed portion of the trigger, the sealing means being arranged to prevent the debris from entering a portion of the trigger cavity located above the sealing means, the sealing means being characterized in that it is arranged to filter debris from a pipeline fluid, but permit the pipeline fluid to pass through the sealing means and enter a portion of the trigger cavity located above the sealing means. a trigger cavity internal to the pipeline pig signal and housing at least a portion of the trigger; a sealing means located toward an end of the trigger cavity and above the housed portion of the trigger, the sealing means being arranged to prevent the debris from entering a portion of the trigger cavity located above the sealing means, the sealing means being characterized in that it is arranged to filter debris from a pipeline fluid, but permit the pipeline fluid to pass through the sealing means and enter a portion of the trigger cavity located above the sealing means.
Method for determining the position of a formwork fitted onto at least one existing formwork, comprising: transmitting a locating signal from the fitted formwork; receiving the transmitted locating signal with a receiver at at least one reference point; determining a distance between the fitted formwork and the at least one reference point based on the received locating signal; determining a fitting position of the fitted formwork on the at least one existing formwork compatible with the determined distance on the basis of the formwork geometries of the fitted formwork and the at least one existing formwork, and saving the determined fitting position as the position of the fitted formwork. transmitting a locating signal from the fitted formwork; receiving the transmitted locating signal with a receiver at at least one reference point; determining a distance between the fitted formwork and the at least one reference point based on the received locating signal; determining a fitting position of the fitted formwork on the at least one existing formwork compatible with the determined distance on the basis of the formwork geometries of the fitted formwork and the at least one existing formwork, and saving the determined fitting position as the position of the fitted formwork.
A drive system for a vehicle comprising: the planetary gear system includes an integrated primary and secondary planetary gear set and supported on plurality of planet bearings placed on a planet carrier outside of the planet gears; said primary planet gear set (41,106) in a meshing relationship with a sun gear (11,108) and said secondary planetary gear set (42,107) in a meshing relationship with an internal gear (45, 109) said secondary planetary gear set (42,107) has a smaller diameter and lesser number of teeth compared to the primary planetary gear set (41,106) to form a compact planetary gear system; the input shaft to the planetary systen is supported by the planet carrier, characterized in that a plurality of covers (46,47) mounted on the planetary system forms an envelope around the planetary gear system to hold the lubricating oil for the planetary gear system. the planetary gear system includes an integrated primary and secondary planetary gear set and supported on plurality of planet bearings placed on a planet carrier outside of the planet gears; said primary planet gear set (41,106) in a meshing relationship with a sun gear (11,108) and said secondary planetary gear set (42,107) in a meshing relationship with an internal gear (45, 109) said secondary planetary gear set (42,107) has a smaller diameter and lesser number of teeth compared to the primary planetary gear set (41,106) to form a compact planetary gear system; the input shaft to the planetary systen is supported by the planet carrier, characterized in that a plurality of covers (46,47) mounted on the planetary system forms an envelope around the planetary gear system to hold the lubricating oil for the planetary gear system.
A method for transmitting a broadcast signal comprising: resampling content data based on a first color gamut into content data based on a second color gamut; generating signaling information including color gamut resampling information indicating information of the resampling, wherein the color gamut resampling information includes content color gamut type information indicating a type of the first color gamut, wherein the color gamut resampling information further includes content color primaries information for defining the first color gamut when the type of the first color gamut corresponds to an arbitrary color gamut according to the content color gamut type information, wherein the content color primaries information includes coordinate values of reference colors in a color space, the coordinate values being used for defining the first color gamut; encoding the generated signaling information and the content data based on the second color gamut; and transmitting the encoded content data and the encoded signaling information. resampling content data based on a first color gamut into content data based on a second color gamut; generating signaling information including color gamut resampling information indicating information of the resampling, wherein the color gamut resampling information includes content color gamut type information indicating a type of the first color gamut, wherein the color gamut resampling information further includes content color primaries information for defining the first color gamut when the type of the first color gamut corresponds to an arbitrary color gamut according to the content color gamut type information, wherein the content color primaries information includes coordinate values of reference colors in a color space, the coordinate values being used for defining the first color gamut; encoding the generated signaling information and the content data based on the second color gamut; and transmitting the encoded content data and the encoded signaling information.
A method for cleaning a porous, at least partially, in particular predominantly, metallic material which comprises at least partially, in particular predominantly, light metals and/or alloys thereof, wherein the material is introduced into a container and heated therein, wherein the material is heated inductively in a container formed from a non-conductive material through an inside of the container through a transfer of energy from an induction coil straight onto the material, characterized in that the induction coil is energized by an attached alternating current source in order to generate an alternating magnetic field, wherein a frequency and/or an output of the alternating field is/are changed in an at least partially automated manner by feedback.
A cold flow additive comprising the reaction product of a reaction between an maleic anhydride, alkyl α-olefin, a phenyl alkyl alcohol or an alkyl phenol alkoxylate, a fatty alcohol, and a primary or secondary fatty amine having a ratio of maleic anhydride/alkyl α-olefin in the range of 0.5/2.0 to 2.0/0.5, a ratio of maleic anhydride/fatty alcohol in the range of about 10/1 to 1.0/1.9, a ratio of maleic anhydride/aromatic alcohol in the range of about 10/1 to 1.0/1.9, or a ratio of maleic anhydride/amine in the range of about 1.0/0.1 to 1.0/0.9; wherein the fatty alcohol is C 10 -C 40 OH, C 10 -C 30 OH, C 12 -C 18 OH, C 14 OH, or combinations thereof; and wherein the primary or secondary fatty amine is C 10 -C 30 fatty amines, C 6 -C 30 aromatic amines, a mixture of C 12 -C 18 amines, or combinations thereof.
An electrolytic capacitor comprising: a capacitor element including an anode electrode foil and a cathode electrode foil that are wound with a separator interposed therebetween, characterized by; a solid electrolyte layer formed in the capacitor element and containing conductive polymer and sorbitol, the content of the sorbitol contained in the solid electrolyte layer being 60 to 92 wt%, and an electrolytic solution containing ethylene glycol and sorbitol and filled in the capacitor element in which the solid electrolyte layer is formed. a capacitor element including an anode electrode foil and a cathode electrode foil that are wound with a separator interposed therebetween, characterized by; a solid electrolyte layer formed in the capacitor element and containing conductive polymer and sorbitol, the content of the sorbitol contained in the solid electrolyte layer being 60 to 92 wt%, and an electrolytic solution containing ethylene glycol and sorbitol and filled in the capacitor element in which the solid electrolyte layer is formed.
A method, comprising: identifying at least one multiple-activation area of a surface of a heart, at which multiple-activation area were recorded at least two different local activations during a single cardiac cycle of the heart; and displaying, on an electroanatomical map of the surface of the heart, the multiple-activation area in a manner that indicates a time difference between respective times of the two local activations, wherein displaying the multiple-activation area comprises setting a value of a display property of the multiple-activation area by applying, to the time difference, a first function that maps a domain of time differences to a range of values of the display property, wherein the first function (i) is monotonic for time differences that lie between an upper limit and a lower limit, (ii) returns a first value for the lower limit, and (iii) is constant, at a second value, for differences that lie above the upper limit; and wherein the display property comprises one or both of: a) a color; and b) an overlaid indicator, the size and/or color of which indicates the time difference. identifying at least one multiple-activation area of a surface of a heart, at which multiple-activation area were recorded at least two different local activations during a single cardiac cycle of the heart; and displaying, on an electroanatomical map of the surface of the heart, the multiple-activation area in a manner that indicates a time difference between respective times of the two local activations, wherein displaying the multiple-activation area comprises setting a value of a display property of the multiple-activation area by applying, to the time difference, a first function that maps a domain of time differences to a range of values of the display property, wherein the first function (i) is monotonic for time differences that lie between an upper limit and a lower limit, (ii) returns a first value for the lower limit, and (iii) is constant, at a second value, for differences that lie above the upper limit; and wherein the display property comprises one or both of: a) a color; and b) an overlaid indicator, the size and/or color of which indicates the time difference. a) a color; and b) an overlaid indicator, the size and/or color of which indicates the time difference.
A method for preparing infertility-induced, genetically modified Zoysia japonica, comprising: (a) irradiating a flower of genetically modified Zoysia japonica with 60 Co radiation at a rad dose of from 10 to 50 Gy; (b) culturing the 60 Co-irradiated, genetically modified Zoysia japonica to produce seeds thereof; and (c) culturing the seeds to obtain an infertility-induced species by selecting unbolted species; wherein the infertility-induced, genetically modified Zoysia japonica exhibits a genetic trait of unbolting. (a) irradiating a flower of genetically modified Zoysia japonica with 60 Co radiation at a rad dose of from 10 to 50 Gy; (b) culturing the 60 Co-irradiated, genetically modified Zoysia japonica to produce seeds thereof; and (c) culturing the seeds to obtain an infertility-induced species by selecting unbolted species;