mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising a graft copolymer that comprises: (i) a backbone comprising dextran, wherein the dextran is a product of a glucosyltransferase enzyme comprising an amino acid sequence that is at least 90% identical to SEQ ID NO:6 or SEQ ID NO:7, and (ii) poly alpha-1,3-glucan side chains comprising at least 95% alpha-1,3-glucosidic linkages. (i) a backbone comprising dextran, wherein the dextran is a product of a glucosyltransferase enzyme comprising an amino acid sequence that is at least 90% identical to SEQ ID NO:6 or SEQ ID NO:7, and (ii) poly alpha-1,3-glucan side chains comprising at least 95% alpha-1,3-glucosidic linkages.
A memory cell of a memory device, the memory cell comprising: - a MOS capacitor (14; 114) having a n-type gate and a n-type well, - a first switch (30; 130) in series with the MOS capacitor (14; 114) to temporarily apply a breakthrough voltage (V M) across the n-type gate and the n-type well during a write operation to generate a permanent conductive breakthrough structure between the n-type gate and the n-type well, characterized in that the memory cell includes a resistor (34; 134) in series with another switch (36; 136), wherein the series connection of resistor (34; 134) and the other switch (36; 136) is connected parallel to the MOS capacitor (14; 114), a node between the resistor (34; 134) and the other switch (36; 136) being connected to a readout unit (40; 140) for a protection of the readout unit during the write operation. - a MOS capacitor (14; 114) having a n-type gate and a n-type well, - a first switch (30; 130) in series with the MOS capacitor (14; 114) to temporarily apply a breakthrough voltage (V M) across the n-type gate and the n-type well during a write operation to generate a permanent conductive breakthrough structure between the n-type gate and the n-type well,
A method of inhaling an aerosol comprising nicotine through an aerosol generating device comprising the steps of: (a) providing an aerosol-generating device in which tobacco contained therein is electrically heated to a temperature of less than 400 degrees Celsius to create an aerosol; and (b) allowing a user to inhale the aerosol derived from the electrically heated tobacco, wherein the aerosol passes over and is cooled by an aerosol-cooling element before being inhaled by the user, and the aerosol-cooling element (i) has a total surface area of 300 to 1000 square millimetres per millimetre length and/or (ii) comprises a plurality of longitudinally extending channels; wherein the aerosol contains levels of nicotine that are at least about 70% of the maximum concentration in combusted tobacco of reference cigarette 3R4F; and wherein the aerosol contains levels of one or more harmful or potentially harmful constituents (HPHCs) other than nicotine that are lower than the levels in combusted tobacco of reference cigarette 3R4F on a per mg of nicotine basis. (a) providing an aerosol-generating device in which tobacco contained therein is electrically heated to a temperature of less than 400 degrees Celsius to create an aerosol; and (b) allowing a user to inhale the aerosol derived from the electrically heated tobacco, wherein the aerosol passes over and is cooled by an aerosol-cooling element before being inhaled by the user, and the aerosol-cooling element (i) has a total surface area of 300 to 1000 square millimetres per millimetre length and/or (ii) comprises a plurality of longitudinally extending channels; wherein the aerosol contains levels of nicotine that are at least about 70% of the maximum concentration in combusted tobacco of reference cigarette 3R4F; and wherein the aerosol contains levels of one or more harmful or potentially harmful constituents (HPHCs) other than nicotine that are lower than the levels in combusted tobacco of reference cigarette 3R4F on a per mg of nicotine basis.
A method for controlling access of a user to a set of equipments (300a, 300b, 300c, 300d, 300e, 300f) of a secure site from a communication terminal, said user being associated with a communicating portable device containing an identifier, said method comprising the steps of: - opening of a temporary session by a biometric activator for said user by means of a biometric authentication of said user; - authorizing the access by said user to an equipment of said set, following verification on the one hand of the opening of said temporary session; said user being identified by said equipment by means of said communicating portable device, and, on the other hand, authentication of said communication terminal by comparison between a signature determined at the time of the access and a control signature stored in a database within said secure site. - opening of a temporary session by a biometric activator for said user by means of a biometric authentication of said user; - authorizing the access by said user to an equipment of said set, following verification on the one hand of the opening of said temporary session; said user being identified by said equipment by means of said communicating portable device, and, on the other hand, authentication of said communication terminal by comparison between a signature determined at the time of the access and a control signature stored in a database within said secure site.
A bonded part peeling shape identification device comprising: a processor for obtaining measurement value information indicating a spectrum from an output light of a Fiber Bragg Grating optical fiber sensor arranged in a bonded part, the FBG optical fiber sensor outputting a light in which the spectrum is changed according to a strain; for carrying out a first shape identification calculation using a strain calculated based on the measurement value information, and a second shape identification calculation by a spectral shape of the output light based on the measurement value information; and for identifying a peeling shape of the bonded part based on an identification result of the first shape identification calculation and an identification result of the second shape identification calculation, wherein the shape of a peeling tip "c" is approximately represented in X-Y coordinates by Equation X A α + Y B α = 1 in which A, B and α are variable values. a processor for obtaining measurement value information indicating a spectrum from an output light of a Fiber Bragg Grating optical fiber sensor arranged in a bonded part, the FBG optical fiber sensor outputting a light in which the spectrum is changed according to a strain; for carrying out a first shape identification calculation using a strain calculated based on the measurement value information, and a second shape identification calculation by a spectral shape of the output light based on the measurement value information; and for identifying a peeling shape of the bonded part based on an identification result of the first shape identification calculation and an identification result of the second shape identification calculation, wherein the shape of a peeling tip "c" is approximately represented in X-Y coordinates by Equation X A α + Y B α = 1 in which A, B and α are variable values.
Device for fastening a knife to the rotor of a hedge and grass cutter, including: - a clevis that has one leg (13, 14) fitted with an eyelet (15, 16), the clevis carrying the knife; - a connecting axis extending lengthwise along a longitudinal geometric axis that it presents, that can, along this geometric axis, occupy an operational longitudinal position relative to the clevis, in which operational longitudinal position the connecting axis is engaged in at least one wing (20, 21) rigidly fastened to the rotor, crosses the eyelet (15, 16) and is immobilised in the wing (20, 21) and in the eyelet (15, 16) along the geometric axis; - a longitudinal securing means for the connecting axis having a closing configuration in which the longitudinal securing means secures the connecting axis in its operational longitudinal position relative to the clevis; also having an opening configuration in which the longitudinal securing means allows a first movement of the connecting axis and the clevis relative to one another along the geometric axis, this first movement compelling the connecting axis to leave its operational longitudinal position relative to the clevis; characterised in that the longitudinal securing means is designed to be placed in its opening configuration by the clevis having a non-radial orientation relative to the rotor; the longitudinal securing means is designed to be placed in its closing configuration by the clevis having a radial orientation relative to the rotor. - a clevis that has one leg (13, 14) fitted with an eyelet (15, 16), the clevis carrying the knife; - a connecting axis extending lengthwise along a longitudinal geometric axis that it presents, that can, along this geometric axis, occupy an operational longitudinal position relative to the clevis, in which operational longitudinal position the connecting axis is engaged in at least one wing (20, 21) rigidly fastened to the rotor, crosses the eyelet (15, 16) and is immobilised in the wing (20, 21) and in the eyelet (15, 16) along the geometric axis; - a longitudinal securing means for the connecting axis having a closing configuration in which the longitudinal securing means secures the connecting axis in its operational longitudinal position relative to the clevis; also having an opening configuration in which the longitudinal securing means allows a first movement of the connecting axis and the clevis relative to one another along the geometric axis, this first movement compelling the connecting axis to leave its operational longitudinal position relative to the clevis; the longitudinal securing means is designed to be placed in its opening configuration by the clevis having a non-radial orientation relative to the rotor; the longitudinal securing means is designed to be placed in its closing configuration by the clevis having a radial orientation relative to the rotor.
A portable textile treatment device (1, 1a, 1b, 1c, 1d, 1e, 1f 1g, 1h) comprising: - a heatable soleplate intended to be in contact with a textile for treating the textile; - a steam engine (9, 10) for generating steam to be supplied to the textile; - an image sensor (5, 5b, 5c, 5d, 5e) for taking an image of the textile to be treated; - a control unit configured for: a) executing an algorithm stored in said portable textile treatment device, using the taken image as an input of said algorithm, to obtain a classification of the textile, wherein said classification is a fabric level of delicateness for treating the textile, said fabric level of delicateness classifying the textile as delicate or tough; and b) controlling, based on said classification, at least one operating parameter of the portable textile treatment device, wherein the image sensor and the control unit are integrated within the portable textile treatment device, wherein the at least one operating parameter comprises an amount of steam applied on the textile by the steam engine, and wherein the amount of steam is set in the range 50-99 g/minute if the fabric level of delicateness is classified as delicate, and set in the range 100-160 g/minute if the fabric level of delicateness is classified as tough. - a heatable soleplate intended to be in contact with a textile for treating the textile; - a steam engine (9, 10) for generating steam to be supplied to the textile; - an image sensor (5, 5b, 5c, 5d, 5e) for taking an image of the textile to be treated; - a control unit configured for: a) executing an algorithm stored in said portable textile treatment device, using the taken image as an input of said algorithm, to obtain a classification of the textile, wherein said classification is a fabric level of delicateness for treating the textile, said fabric level of delicateness classifying the textile as delicate or tough; and b) controlling, based on said classification, at least one operating parameter of the portable textile treatment device, a) executing an algorithm stored in said portable textile treatment device, using the taken image as an input of said algorithm, to obtain a classification of the textile, wherein said classification is a fabric level of delicateness for treating the textile, said fabric level of delicateness classifying the textile as delicate or tough; and b) controlling, based on said classification, at least one operating parameter of the portable textile treatment device, wherein the image sensor and the control unit are integrated within the portable textile treatment device, wherein the at least one operating parameter comprises an amount of steam applied on the textile by the steam engine, and wherein the amount of steam is set in the range 50-99 g/minute if the fabric level of delicateness is classified as delicate, and set in the range 100-160 g/minute if the fabric level of delicateness is classified as tough.
An organic light emitting display device comprising: at least one light emitting layer between an anode and a cathode, and an electron transport layer between the at least one light emitting layer and the cathode (80, 220), characterized in that the electron transport layer includes a first layer including a first electron transport material, a mixed layer including the first electron transport material and a second electron transport material, and a second layer including the second electron transport material, in that the first electron transport material blocks holes from the light emitting layer to the electron transport layer, and the second electron transport material assists in the transfer of electrons to the light emitting layer, and in that the first electron transport material has a higher triplet exciton energy level and a lower electron mobility than the second electron transport material. at least one light emitting layer between an anode and a cathode, and an electron transport layer between the at least one light emitting layer and the cathode (80, 220), characterized in that the electron transport layer includes a first layer including a first electron transport material, a mixed layer including the first electron transport material and a second electron transport material, and a second layer including the second electron transport material, in that the first electron transport material blocks holes from the light emitting layer to the electron transport layer, and the second electron transport material assists in the transfer of electrons to the light emitting layer, and in that the first electron transport material has a higher triplet exciton energy level and a lower electron mobility than the second electron transport material.
Tool holder for a percussive machine tool, with a receiving sleeve which has along a working axis a cylindrical or prismatic cavity for receiving a tool and a slot (30, 80) for receiving a locking body, the slot (30, 80) having a closed edge (50, 86) formed by two opposite longitudinal sides (54, 87) spaced apart at a constant distance and two end sides (55, 56, 88, 89) which close the slot (30, 80) along the working axis, wherein an extent of at least one of the end sides (55, 56, 88, 89) along the working axis is less than half the constant distance between the opposite longitudinal sides (54, 87) and the at least one end side (55, 56, 88, 89) connects the longitudinal sides (54, 87) with a shorter extent along the working axis than a semicircle connecting the longitudinal sides (54, 87), characterised in that an end of the locking body oriented in the striking direction is spherical.
Balanced hinge device having connecting members, first and second, mutually connected and fit to be fixed respectively to a corresponding structure and a corresponding door for the rotation of this latter between the end closing and opening condition in which said door, in an operating condition of the structure, is respectively almost vertical and approximately horizontal; said device comprises elastic means, fixed stop means and rod means having, at its end, at least a mobile stop means and, to the other end, fixing means, the fixed stop means being connected to the first connecting member and fixing means of the rod means, being connected to the second connecting member or vice versa; the elastic means are interposed between the stop means fixed and mobile so that such elastic means at least supply to the rod means a force counteracting the door weight at least in the intermediate and end opening conditions; the rod means slide into an opening of the fixed stop means; the connecting members first and second have corresponding stop means (71, 72) fit for mutually matching the end opening condition; said device being characterized in that the elastic means comprises at least two helicoidal compressed springs (64, 65) wrapped around the corresponding guide means (66, 67) of the rod means, said guide means (66, 67) are made by mutually parallel lengthen elements.
A gas turbine engine comprising: an engine core defining a primary flowpath; a fan nacelle (120; 220; 320) radially surrounding the engine core; a fan bypass duct being defined between the fan nacelle (120; 220; 320) and the engine core; the fan nacelle (120; 220; 320) including at least one bifurcation; and a cooled cooling air system including a heat exchanger (142; 240; 340), characterised in that: the heat exchanger (142; 240; 340) is disposed at least partially in the bifurcation with a remainder being housed within the fan nacelle (120; 220; 320), the at least one bifurcation further includes a spent cooling air exhaust nozzle (260; 360), and the spent cooling air nozzle (260; 360) is a thrust producing nozzle configured to exhaust spent air from the heat exchanger (142; 240; 340). an engine core defining a primary flowpath; a fan nacelle (120; 220; 320) radially surrounding the engine core; a fan bypass duct being defined between the fan nacelle (120; 220; 320) and the engine core; the fan nacelle (120; 220; 320) including at least one bifurcation; and a cooled cooling air system including a heat exchanger (142; 240; 340), the heat exchanger (142; 240; 340) is disposed at least partially in the bifurcation with a remainder being housed within the fan nacelle (120; 220; 320), the at least one bifurcation further includes a spent cooling air exhaust nozzle (260; 360), and the spent cooling air nozzle (260; 360) is a thrust producing nozzle configured to exhaust spent air from the heat exchanger (142; 240; 340).
A CD209-binding compound or antibody for use in a method of treating an acute injury or a chronic or long-term disease characterized by an excess of neutrophils in a body region by reducing the number of neutrophils in said body region, wherein the compound or antibody is administered within 24 hours, within 48 hours, or within 72 hours after an event triggering neutrophil entry into the body region.
A powder material cartridge, comprising: a powder material chamber that holds a powder material therein; a receiving section provided in said powder material chamber including a first opening formed therein and configured to receive said powder material; a first shutter rotatably received in said receiving section and including a second opening formed therein, wherein said first shutter is rotatable either to a first opening position where the second opening is in alignment with the first opening, or to a first closing position where the second opening is not in alignment with the first opening; and a second shutter received in said first shutter and is slidable straight in said first shutter, wherein when said second shutter slides to a second closing position, said second shutter closes the second opening, and when said second shutter slides to a second opening position, said second shutter opens the second opening, wherein said second shutter includes a space that holds a portion of the powder material, and a third opening configured to receive the powder material, wherein when said second shutter is at the closing position, the third opening is in alignment with the second opening. a powder material chamber that holds a powder material therein; a receiving section provided in said powder material chamber including a first opening formed therein and configured to receive said powder material; a first shutter rotatably received in said receiving section and including a second opening formed therein, wherein said first shutter is rotatable either to a first opening position where the second opening is in alignment with the first opening, or to a first closing position where the second opening is not in alignment with the first opening; and a second shutter received in said first shutter and is slidable straight in said first shutter, wherein when said second shutter slides to a second closing position, said second shutter closes the second opening, and when said second shutter slides to a second opening position, said second shutter opens the second opening,
An apparatus for synthesizing image regions, comprising: (a) a computer processor configured for receiving an image; (b) a memory storing instructions; and (c) said instructions executed by the computer processor performing steps comprising: (i) performing color interpolation for an object region which has been removed from an image so that an average of the patches being added to the object region matches averages of weighted combination of the pixels on a periphery of the object region, toward providing a smooth transition from one side of the object region to the other side of the object region; (ii) performing patch matching, based on the color interpolation, in response to frequency decomposition when generating patches to infill the object region wherein, after finding the best matching patch, the average color of the patch at the location of a target patch in the color-interpolated image is added to a detail layer of the best match; and (iii) generating, based on the patch matching, an output image, having synthesized image regions. (a) a computer processor configured for receiving an image; (b) a memory storing instructions; and (c) said instructions executed by the computer processor performing steps comprising: (i) performing color interpolation for an object region which has been removed from an image so that an average of the patches being added to the object region matches averages of weighted combination of the pixels on a periphery of the object region, toward providing a smooth transition from one side of the object region to the other side of the object region; (ii) performing patch matching, based on the color interpolation, in response to frequency decomposition when generating patches to infill the object region wherein, after finding the best matching patch, the average color of the patch at the location of a target patch in the color-interpolated image is added to a detail layer of the best match; and (iii) generating, based on the patch matching, an output image, having synthesized image regions. (i) performing color interpolation for an object region which has been removed from an image so that an average of the patches being added to the object region matches averages of weighted combination of the pixels on a periphery of the object region, toward providing a smooth transition from one side of the object region to the other side of the object region; (ii) performing patch matching, based on the color interpolation, in response to frequency decomposition when generating patches to infill the object region wherein, after finding the best matching patch, the average color of the patch at the location of a target patch in the color-interpolated image is added to a detail layer of the best match; and (iii) generating, based on the patch matching, an output image, having synthesized image regions.