mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting conditions conducive to the onset of a pumping that can affect a low-pressure compressor of an aircraft turbine engine, said turbine engine further comprising a high-pressure compressor, said method being characterised in that it comprises: - a first step of measuring a speed variation (dV) of said aircraft; - a second step of measuring a speed variation of said high-pressure compressor; - a preliminary step of measuring an altitude of the aircraft; the conditions conducive to the onset of a pumping being detected when the following conditions a), b) and c) are jointly obtained: a) said speed variation (dV) measured over a predetermined time interval corresponds to an acceleration greater than a first positive threshold, and b) said measured speed variation corresponds to a deceleration less than a second negative threshold; c) said measured altitude is higher than a predetermined third threshold. - a first step of measuring a speed variation (dV) of said aircraft; - a second step of measuring a speed variation of said high-pressure compressor; - a preliminary step of measuring an altitude of the aircraft; the conditions conducive to the onset of a pumping being detected when the following conditions a), b) and c) are jointly obtained: a) said speed variation (dV) measured over a predetermined time interval corresponds to an acceleration greater than a first positive threshold, and b) said measured speed variation corresponds to a deceleration less than a second negative threshold; c) said measured altitude is higher than a predetermined third threshold. a) said speed variation (dV) measured over a predetermined time interval corresponds to an acceleration greater than a first positive threshold, and b) said measured speed variation corresponds to a deceleration less than a second negative threshold; c) said measured altitude is higher than a predetermined third threshold.
A nanoscale field effect transistor comprising a conductive semiconductor well body, a screening region (112; 204; 210) formed on the well body, a source doped with a first type of dopant, a drain doped with the first type of dopant, a gate having a gate length, and a deeply depleted channel with a depletion depth below the gate, the deeply depleted channel doped with a second type of dopant and formed between the source and drain and between the gate and the screening region (112; 204; 210) such that, during operation of the field effect transistor, an electric current flows between the source and drain across an inversion region formed in the deeply depleted channel near the gate when a voltage exceeding a threshold voltage of the field effect transistor is applied to the gate, wherein the screening region sets the depletion depth and the depletion depth is the distance from the gate down to the screening region (112; 204; 210), wherein the deeply depleted channel comprises a first undoped region nearest to the gate and farthest from the conductive semiconductor well body, the first undoped region having a doping concentration less than 5x10 17 atoms/cm 3, and wherein the screening region is positioned below the gate at a distance greater than one-half the gate length.
Wind park comprising one or more wind power installations, wherein the wind park has an acoustic monitoring device having a microphone arrangement, wherein the microphone arrangement records sound signals or noises from the environment of the wind park and said sound signals are processed in a signal processing device connected to the microphone arrangement, wherein there is provided a switching device for switching on a flight lighting arrangement of at least one wind power installation of the wind park and the switching device is coupled to and controlled by the signal processing device so that the signal processing device causes the switching device to switch on the flight lighting arrangement if a sound signal of a flying object, for example an aircraft or a helicopter, is detected by means of the acoustic monitoring device, and/or a predetermined sound signal (for example sine sound) is superposed and/or falsified by the noises of the flying object.
A cover for an electro-chemical device which comprises a plurality of electro-chemical cells, comprising a carrier element on which there is arranged at least one cell connector for connecting a first cell terminal of a first electro-chemical cell and a second cell terminal of a second electro-chemical cell in an electrically conductive manner, and a cover element for covering the at least one cell connector, wherein the cover element comprises a covering film, characterised in that at least one cell connector is arranged between the carrier element and the cover element.
An article comprising: a bladder including a volume of a fluid, wherein the bladder has a first bladder wall having a first bladder wall thickness, wherein the first bladder wall has a gas transmission rate of 1.51988 cm 3 /m 2 ·MPa·day (15 cm 3 /m 2 ·atm·day) or less for nitrogen for an average wall thickness of 0.508 mm (20 mils) according to ASTM D-1434-82-V, wherein the bladder comprises a mechano-luminescent composition comprising one or more mechano-luminescent materials, wherein the bladder includes at least one stress region (32a, 32b, 32c, 32d) that is capable of being subjected to mechanical stress, wherein the stress region includes the mechano-luminescent composition, and wherein the bladder has the characteristic that when the one or more mechano-luminescent materials is under a first mechanical stress caused by flexing, deforming or twisting the bladder, the mechano-luminescent material emits a first light as a result of the first mechanical stress, and wherein one or more portions of the bladder are exposed, so that when the mechano-luminescent material is exposed to stress light from the mechano-luminescent material radiates out from the article and can be seen by a person observing the article.
A gene clustering program which, when executed on a computer, is adapted to cluster genes according to similarity of variation of gene expression level over time by the following steps: calculating a feature value reflecting similarity among data from data representing variation in gene expression level over time, wherein this involves wavelet transformation of variation curves representing the variation in expression level over time; calculating eigenvectors of a similarity matrix M from the calculated feature values for all combinations of the genes by kernel method or cosine similarity; transforming the similarity matrix M into a Boolean matrix N while maintaining eigenvalues of the eigenvectors by filter by symmetric nearest neighbors (FSNN) algorithm; and clustering the data based on the Boolean matrix N. calculating a feature value reflecting similarity among data from data representing variation in gene expression level over time, wherein this involves wavelet transformation of variation curves representing the variation in expression level over time; calculating eigenvectors of a similarity matrix M from the calculated feature values for all combinations of the genes by kernel method or cosine similarity; transforming the similarity matrix M into a Boolean matrix N while maintaining eigenvalues of the eigenvectors by filter by symmetric nearest neighbors (FSNN) algorithm; and clustering the data based on the Boolean matrix N.
A modular display assembly comprising a plurality of modules each including a base module (2;20) and a display module, and coupling means for interconnecting the modules, the base module (2;20) includes - a base member for securing said base module (2;20) to a suspension surface by means of first fastening means, - a circumferential base rim that protrudes from the base member to define a receptacle with a compartment, and - second fastening means for detachably mounting a protruding part of an associated display module inside the compartment, the display module includes - a display support with a display, - a circumferential display rim that defines the protruding part that fits inside the compartment of the base module (2;20), and - third fastening means positioned on the display module to couple with the second fastening means when the circumferential display rim are positioned inside the compartment, - the circumferential display rim is retracted from the perimeter of the display support to define a circumferential lateral web, characterized in - the second fastening means include permanent base magnets protruding from the base member at interior corners of the circumferential base rim and being secured by second retainers, and - the third fastening means include permanent display magnets protruding from the display support at interior corners of the circumferential display rim and being secured by first retainers, whereby opposite attracting poles of respective base magnets and display magnets face towards each other. - a base member for securing said base module (2;20) to a suspension surface by means of first fastening means, - a circumferential base rim that protrudes from the base member to define a receptacle with a compartment, and - second fastening means for detachably mounting a protruding part of an associated display module inside the compartment, - a display support with a display, - a circumferential display rim that defines the protruding part that fits inside the compartment of the base module (2;20), and - third fastening means positioned on the display module to couple with the second fastening means when the circumferential display rim are positioned inside the compartment, - the circumferential display rim is retracted from the perimeter of the display support to define a circumferential lateral web, characterized in - the second fastening means include permanent base magnets protruding from the base member at interior corners of the circumferential base rim and being secured by second retainers, and - the third fastening means include permanent display magnets protruding from the display support at interior corners of the circumferential display rim and being secured by first retainers, whereby opposite attracting poles of respective base magnets and display magnets face towards each other.
A pipeline for a fuel system in an aircraft, comprising an inner pipe for conveying fuel in the fuel system and an outer pipe surrounding the inner pipe, wherein the outer pipe is spaced from the inner pipe so that a cavity or gap is formed between the inner pipe and the outer pipe to provide for drainage or flow in the pipeline outside the inner pipe, wherein the inner pipe is made of a metal material and/or, at least in portions, of a synthetic material, characterized in that, at least in curved portions of the pipeline, the outer pipe is made of a fiber-reinforced thermosetting synthetic material.
System for the preparation of beverages comprising in combination a capsule comprising a casing (2, 3) having first and second end walls (3, 2f) interconnected by an annular side wall, and containing an amount or dose of a substance for preparation of the beverage; the side wall of the capsule having at least one portion (2b; 2h) which protrudes transversely towards the outside; and a machine comprising an infusion assembly designed to receive a capsule and having, associated therewith, means (30, 31) for supplying a flow of pressurized water to be introduced into the capsule, and delivery means for outflow of the beverage formed in the infusion assembly towards a collecting container; the infusion assembly including a plurality of parts which can be moved away from and towards each other and can be sealingly coupled together so as to define as a whole an infusion chamber into which the capsule can be introduced; in at least one of said parts of the infusion assembly there being provided perforation means (21; 121) designed to perforate the capsule arranged in said chamber (20, 22); said perforation means comprising an annular perforation member (21; 121) designed to cause a tear in said at least one transversely protruding portion (2b; 2h) of the wall of a capsule contained inside said chamber (20, 22); the system being characterized in that the infusion assembly is configured such that the infusion chamber (20, 22) is able to define, with respect to a capsule positioned therein, an annular interspace or gap (20, 22) in which said at least one transversely protruding portion (2b; 2h) of the side wall of the capsule extends; said annular interspace or gap (20, 22) being able to be connected to the pressurized water supply means (30, 31) and being separated in a liquid-tight manner from the delivery means; and in that in the closed condition of the infusion chamber (20, 22) extends into said interspace or gap (20, 22), such that a flow of pressurized water can be introduced into the capsule through said interspace or gap (20, 22) and said at least one tear.
A method for analyzing cooling capacity in a data center for managing the data center comprising: providing to a computer system data related to a number of equipment enclosures arranged in the data centre according to a floor plan that indicates a location of each of the number of equipment enclosures in the data canter, the data including cooling characteristics of each of the number of equipment enclosures, the cooling characteristics including cooling requirements of each of the number of equipment enclosures based on power measurements; the computer system determining a predicted cooling capacity of each equipment enclosure based on the location of the equipment enclosure in the data centre and determining a remaining cooling capacity for each of the number of equipment enclosures based on the provided data; and the computer system displaying an indication of the remaining cooling capacity for each of the number of equipment enclosures; measuring airflow at a plurality of locations in the data centre, the plurality of locations including a location associated with each equipment enclosure in the data centre; the computer system determining a measured cooling capacity based on the measured airflow; the computer system comparing the predicted cooling capacity with the measured cooling capacity to obtain a comparison result and providing an indication when the comparison result is greater than a threshold; and responsive to the comparison result, the computer system altering at least one of cooling airflow and at least one characteristic of power in the data centre. providing to a computer system data related to a number of equipment enclosures arranged in the data centre according to a floor plan that indicates a location of each of the number of equipment enclosures in the data canter, the data including cooling characteristics of each of the number of equipment enclosures, the cooling characteristics including cooling requirements of each of the number of equipment enclosures based on power measurements; the computer system determining a predicted cooling capacity of each equipment enclosure based on the location of the equipment enclosure in the data centre and determining a remaining cooling capacity for each of the number of equipment enclosures based on the provided data; and the computer system displaying an indication of the remaining cooling capacity for each of the number of equipment enclosures; measuring airflow at a plurality of locations in the data centre, the plurality of locations including a location associated with each equipment enclosure in the data centre; the computer system determining a measured cooling capacity based on the measured airflow; the computer system comparing the predicted cooling capacity with the measured cooling capacity to obtain a comparison result and providing an indication when the comparison result is greater than a threshold; and responsive to the comparison result, the computer system altering at least one of cooling airflow and at least one characteristic of power in the data centre.
A composition comprising an immunostimulant and a combination of two or more Mycobacterium tuberculosis antigens, wherein the combination comprises an antigen having a sequence having at least 90% identity to SEQ ID NO: 41 and an antigen having a sequence having at least 90% identity to SEQ ID NO: 46.
A dishwasher comprising a washing process chamber to place kitchenware and cooking equipment to be washed and a spraying system spraying water to effect washing, the dishwasher further comprising a dishwasher rack in the form of a wireframe structure located in the washing process chamber, - a rack unit is removably placed on the dishwasher rack, comprising a rack base and a receiving section, the receiving section being perpendicularly mounted to two stand portions at both sides thereof in a centrally suspended position and - the receiving section comprising a plurality of alignment openings into which stems of wine glasses are receivable while bowl sections thereof are rested on the rack base in the manner to direct the stems into the alignment openings, wherein: - the receiving section is structured to have two receiving section panels extending around the longitudinal axis of the receiving section, each receiving section panel comprises a different angle with respect to the rack base's bottom surface and the sum of the two angles amounts to 180 degrees, - stems of wine glasses are leanable on resting cavities consecutively arranged within the alignment openings, the resting cavities are in the form of semi-circular edge portions adapted to enclose a certain peripheral length of a stem to retain it in a supported manner, - restriction forms project from between the alignment openings, the alignment openings and the restriction forms being consecutively arranged along each receiving section panel, characterized in that - each restriction form has two restriction cavities extending around a central portion of the restriction form, the central portion projecting from between two neighboring alignment openings. - a rack unit is removably placed on the dishwasher rack, comprising a rack base and a receiving section, the receiving section being perpendicularly mounted to two stand portions at both sides thereof in a centrally suspended position and - the receiving section comprising a plurality of alignment openings into which stems of wine glasses are receivable while bowl sections thereof are rested on the rack base in the manner to direct the stems into the alignment openings, - the receiving section is structured to have two receiving section panels extending around the longitudinal axis of the receiving section, each receiving section panel comprises a different angle with respect to the rack base's bottom surface and the sum of the two angles amounts to 180 degrees, - stems of wine glasses are leanable on resting cavities consecutively arranged within the alignment openings, the resting cavities are in the form of semi-circular edge portions adapted to enclose a certain peripheral length of a stem to retain it in a supported manner, - restriction forms project from between the alignment openings, the alignment openings and the restriction forms being consecutively arranged along each receiving section panel, characterized in that - each restriction form has two restriction cavities extending around a central portion of the restriction form, the central portion projecting from between two neighboring alignment openings.
A method for providing side channel access to a first hardware resource in a system having a plurality of hardware resources, a USB device controller that supports USB streams, a logical unit number arbiter coupled between (i) the USB device controller and an internal bus and (ii) a secondary interface and the internal bus, at least one hardware controller (120a; 1020b) the method comprising: generating first and second USB packets for accessing the at least one hardware controller (120a, 120b); transmit the first USB packet to the USB device controller via a USB interface; and transmitting the second USB packet to the side channel interface unit by tunneling the second USB packet over a side channel interface communication protocol; forwarding by the USB device controller the first USB packet to the LUN arbiter as a first USB stream, forwarding by the side channel interface the second USB packet to the LUN arbiter as a second USB stream, and determining by the LUN arbiter an access priority between the first and second USB streams. generating first and second USB packets for accessing the at least one hardware controller (120a, 120b); transmit the first USB packet to the USB device controller via a USB interface; and transmitting the second USB packet to the side channel interface unit by tunneling the second USB packet over a side channel interface communication protocol; forwarding by the USB device controller the first USB packet to the LUN arbiter as a first USB stream, forwarding by the side channel interface the second USB packet to the LUN arbiter as a second USB stream, and determining by the LUN arbiter an access priority between the first and second USB streams.
Self-braking descender with panic function, which is formed of a body divided into two side pieces which use a joining element to form a channel between them, with a hole in the joined end of each side piece, and an axle hole at the end of each side piece opposite the joined end, and is also formed of a lever, which is positioned in front of the joined end of the body and which is in turn formed of two projecting side pieces whose separation is equal to the width of the body, with a preferably tear-shaped friction hole and an appendage solidly joined to it, in which each projecting side piece has a hole and is also formed of a head comprising a preferably semicircular part with two projecting side parts through which connecting holes pass, and a rear cam with a toothing at the bottom for biting into the cord in case of a panic situation, and which also has a connecting ring, with the body having an element to assist in controlling the sliding of the cord, in which the body and the lever are joined by means of a deployment axle which passes through the hole in the joined end of each side piece of the body and through the hole in each projecting side piece of the lever so that the lever can be folded against the body, and in which the body and the head are joined by an axle which passes through the axle holes and the connecting holes.
A coated fibrous panel comprising: a fibrous panel comprising a panel core comprising mineral wool fiber and a starch, wherein the fibrous panel is a ceiling tile or an acoustical panel, the fibrous panel having a backing side and an opposing facing side, the fibrous panel having a cured coating layer disposed on the backing side of the panel, the cured coating layer comprising: 10-50 vol.% inorganic binder, based on the total volume of the dry coating, and 50-90 vol.% inorganic filler, based on the total volume of the dry coating; wherein the inorganic binder comprises an alkali metal silicate or an alkaline earth metal silicate, the inorganic binder and the inorganic filler are not the same, and the coating is substantially free of an organic polymeric binder. 10-50 vol.% inorganic binder, based on the total volume of the dry coating, and 50-90 vol.% inorganic filler, based on the total volume of the dry coating; wherein the inorganic binder comprises an alkali metal silicate or an alkaline earth metal silicate, the inorganic binder and the inorganic filler are not the same, and the coating is substantially free of an organic polymeric binder.