mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a porous cellulose medium, the method comprising the steps of: preparing a cellulose acetate solution with cellulose acetate dissolved in a solvent; and mixing the cellulose acetate solution, a deacetylating agent, and a catalyst to obtain a mixed solution, wherein a deacetylation of the cellulose acetate proceeds in the mixed solution, which leads to the occurrence of a liquid-gel phase transition, wherein the liquid-gel phase transition by deacetylation is a phenomenon in which the liquid mixed solution having fluidity loses fluidity as the deacetylation reaction proceeds, wherein a porous cellulose medium in the form of a porous cellulose monolith is obtained by allowing the deacetylation reaction of the cellulose acetate to proceed in a state in which the mixed solution is left standing in a molding container, or wherein a porous cellulose medium in the form of porous cellulose particles is obtained by mixing the mixed solution with a dispersion medium immiscible with the mixed solution, and allowing the deacetylation reaction of the cellulose acetate to proceed in a state in which the mixed solution is dispersed. preparing a cellulose acetate solution with cellulose acetate dissolved in a solvent; and mixing the cellulose acetate solution, a deacetylating agent, and a catalyst to obtain a mixed solution, wherein a deacetylation of the cellulose acetate proceeds in the mixed solution, which leads to the occurrence of a liquid-gel phase transition, wherein the liquid-gel phase transition by deacetylation is a phenomenon in which the liquid mixed solution having fluidity loses fluidity as the deacetylation reaction proceeds, wherein a porous cellulose medium in the form of a porous cellulose monolith is obtained by allowing the deacetylation reaction of the cellulose acetate to proceed in a state in which the mixed solution is left standing in a molding container, or wherein a porous cellulose medium in the form of porous cellulose particles is obtained by mixing the mixed solution with a dispersion medium immiscible with the mixed solution, and allowing the deacetylation reaction of the cellulose acetate to proceed in a state in which the mixed solution is dispersed.
Filter element for a particle filter having a porous filter body, made of a ceramic material, having a multiplicity of flow ducts running in parallel in terms of flow technology, characterised in that the filter body is equipped at least in a part of the flow channels with a mechanically applied coating of a coating material, different from the ceramic material, made of orthorhombic crystals, specifically sepiolite, wherein the coating forms an outer layer of the filter element, the coating material has a specific surface of at least 200 m 2 /g and a material quantity of the coating material applied to the filter body is 2 g/l to 5 g/l in relation to the total volume of the filter body.
A method for determining eggshell characteristics of eggs, the method comprising, - positioning the eggs to be examined, - with a deformer, deforming a part of such an egg at least once, characterized by - at least determining deformation contact time, and - determining the shell stiffness and/or the eggshell strength of such an egg utilizing the determined deformation contact time. - positioning the eggs to be examined, - with a deformer, deforming a part of such an egg at least once, - at least determining deformation contact time, and - determining the shell stiffness and/or the eggshell strength of such an egg utilizing the determined deformation contact time.
A computer-implemented method comprising: obtaining a set of frequency filters, wherein each frequency filter defines a maximum event count for a specified event type over a specified time duration and corresponds to a respective content provider; identifying a subset of the frequency filters as triggered frequency filters for which an actual event count for the specified event type corresponding to the frequency filter exceeds the maximum event count defined by the frequency filter during a time period corresponding to a specified time duration for the frequency filter; generating a probabilistic data structure that represents at least a portion of the frequency filters in the subset of frequency filters; and sending, to multiple content providers, a request for content, wherein the request for content comprises the probabilistic data structure. obtaining a set of frequency filters, wherein each frequency filter defines a maximum event count for a specified event type over a specified time duration and corresponds to a respective content provider; identifying a subset of the frequency filters as triggered frequency filters for which an actual event count for the specified event type corresponding to the frequency filter exceeds the maximum event count defined by the frequency filter during a time period corresponding to a specified time duration for the frequency filter; generating a probabilistic data structure that represents at least a portion of the frequency filters in the subset of frequency filters; and sending, to multiple content providers, a request for content, wherein the request for content comprises the probabilistic data structure.
A pre-fabricated wet room floor for increasing the fire safety of a wet room comprising a wear surface (2, 2') that is made of a solid surface material, wherein said solid surface material is composed of aluminium trihydrate or aluminium monohydrate and a polymer binding medium, wherein said solid surface material has a ATH or AMH content of above 50%.
A method of operating a heat exchanger management system, the method comprising: operating, by the heat exchanger management system, one or more burners to transmit heat to a heat exchanger for a first period of time, wherein operating the one or more burners to transmit heat to the heat exchanger for the first period of time deposits corrosive condensates on a passivation layer of a heat exchanger; deactivating, by the heat exchanger management system, the one or more burners for a second period of time; responsive to the deactivating of the one or more burners, operating, by the heat exchanger management system, one or more blowers to move air across the heat exchanger at a temperature that causes the corrosive condensates on the heat exchanger to evaporate and, after evaporation of the corrosive condensates, increases an oxide thickness of the passivation layer on the heat exchanger; and reactivating, by the heat exchanger management system, the one or more burners after the second period of time. operating, by the heat exchanger management system, one or more burners to transmit heat to a heat exchanger for a first period of time, wherein operating the one or more burners to transmit heat to the heat exchanger for the first period of time deposits corrosive condensates on a passivation layer of a heat exchanger; deactivating, by the heat exchanger management system, the one or more burners for a second period of time; responsive to the deactivating of the one or more burners, operating, by the heat exchanger management system, one or more blowers to move air across the heat exchanger at a temperature that causes the corrosive condensates on the heat exchanger to evaporate and, after evaporation of the corrosive condensates, increases an oxide thickness of the passivation layer on the heat exchanger; and reactivating, by the heat exchanger management system, the one or more burners after the second period of time.
A valve assembly for use in a subterranean well, the valve assembly comprising: a flow passage extending between an uphole end and a downhole end of the valve assembly; a flapper that pivots between an open position and a closed position to thereby respectively permit and prevent flow through the flow passage, wherein the flapper pivots toward the downhole end from the open position to the closed position; and characterised in that it comprises a pump operable to pivot the flapper, the pump being positioned between the flapper and the downhole end, in which fluid pressure developed by the pump causes the flapper to pivot from the open position to the closed position. a flow passage extending between an uphole end and a downhole end of the valve assembly; a flapper that pivots between an open position and a closed position to thereby respectively permit and prevent flow through the flow passage, wherein the flapper pivots toward the downhole end from the open position to the closed position; and characterised in that it comprises a pump operable to pivot the flapper, the pump being positioned between the flapper and the downhole end, in which fluid pressure developed by the pump causes the flapper to pivot from the open position to the closed position.
A peptide comprising an amino acid sequence selected from the group consisting of: ELVTASMPRPNN (SEQ ID NO: 6); KFPDLDSRRLPHMSL (SEQ ID NO: 1); LATTHMVFSPDH (SEQ ID NO: 2); PSSNLESTPLSLL (SEQ ID NO: 3); SSLMTTQLIATSI (SEQ ID NO: 4); PELDSKPYFPPL (SEQ ID NO: 5); SLESSPMAQLPQ (SEQ ID NO: 7); and SELRSTPLLVPS (SEQ ID NO: 8). ELVTASMPRPNN (SEQ ID NO: 6); KFPDLDSRRLPHMSL (SEQ ID NO: 1); LATTHMVFSPDH (SEQ ID NO: 2); PSSNLESTPLSLL (SEQ ID NO: 3); SSLMTTQLIATSI (SEQ ID NO: 4); PELDSKPYFPPL (SEQ ID NO: 5); SLESSPMAQLPQ (SEQ ID NO: 7); and SELRSTPLLVPS (SEQ ID NO: 8).
A terminal block in which conductors extending from devices are to be placed one over another and fastened by a bolt, comprising: at least one nut on which the conductors are to be placed; at least one heat sink arranged below the lower surface of the nut opposite to the upper surface thereof on which the conductors are placed; at least one insulating plate vertically sandwiched while being held in close contact with the nut and the heat sink; a molded resin part by which the nut, the insulating plate and the heat sink are integrally formed; and at least one first positioning means for positioning the nut and the insulating plate with respect to each other at the time of integral molding; wherein there is further provided at least one second positioning means (26; 43) for positioning the insulating plate and the heat sink with respect to each other at the time of integral molding; characterized in that the insulating plate includes at least one nut accommodating portion capable of at least partly accommodating the nut; and the first positioning means is formed by at least partly accommodating the nut into the nut accommodating portion, wherein the nut accommodating portion includes a bottom plate vertically sandwiched while being held in close contact with the nut and the heat sink and at least one surrounding wall standing upward from the bottom plate to at least partly surround one or more side surfaces of the nut. at least one nut on which the conductors are to be placed; at least one heat sink arranged below the lower surface of the nut opposite to the upper surface thereof on which the conductors are placed; at least one insulating plate vertically sandwiched while being held in close contact with the nut and the heat sink; a molded resin part by which the nut, the insulating plate and the heat sink are integrally formed; and at least one first positioning means for positioning the nut and the insulating plate with respect to each other at the time of integral molding; wherein there is further provided at least one second positioning means (26; 43) for positioning the insulating plate and the heat sink with respect to each other at the time of integral molding; characterized in that the insulating plate includes at least one nut accommodating portion capable of at least partly accommodating the nut; and the first positioning means is formed by at least partly accommodating the nut into the nut accommodating portion, wherein the nut accommodating portion includes a bottom plate vertically sandwiched while being held in close contact with the nut and the heat sink and at least one surrounding wall standing upward from the bottom plate to at least partly surround one or more side surfaces of the nut.
An air conditioner comprising: a main unit cabinet that has an air inlet and an air outlet and that houses at least a heat exchanger and a blow fan; a dust removal filter disposed opposite the air inlet within the main unit cabinet; a cleaning section for removing dust adhering to the filter within the main unit cabinet; and a movement section for moving the filter within the main unit cabinet, wherein the air inlet is formed from a front surface to an upper surface of the main unit cabinet; a filter travel channel for the filter that is reciprocally moved by the movement section is provided in the main unit cabinet; and a first guide channel for making a U-turn of a leading end of the filter at a front surface side of the main unit cabinet during forward movement of the filter and a second guide channel for guiding a rear end of the filter to a rear surface side of the main unit cabinet during backward movement of the filter are provided in the filter travel channel, characterized in that said second guide channel has a "S" shape. a main unit cabinet that has an air inlet and an air outlet and that houses at least a heat exchanger and a blow fan; a dust removal filter disposed opposite the air inlet within the main unit cabinet; a cleaning section for removing dust adhering to the filter within the main unit cabinet; and a movement section for moving the filter within the main unit cabinet, wherein
Device for attachment of an engine for an aircraft comprising a thrust force take-up device which includes a main fitting designed to be fixed onto an engine mounting beam fixed onto a box structure, an additional fitting fixed onto the main fitting, where the additional fitting is distinct from the main fitting, two load reacting link rods linked to the main fitting by a balance beam, where each of the link rods is connected at a first longitudinal end to the balance beam by a first mechanical connection that has at least one axis of rotation, where each of the link rods is linked at its first longitudinal end to the additional fitting by a second mechanical connection that has at least one axis of rotation, where said second mechanical connection has play and where said first and second mechanical connections have at least one axis of rotation in common.
A method for generating a thumbnail image, comprising: (a) decoding a compressed image to a decompressed image; (b) measuring an out-of-focus degree of the decompressed image; (c) determining whether or not the decompressed image includes exchangeable image file (EXIF) information about the compressed image; (d) calculating a distance based on the measured OOF degree of the decompressed image in (b); (e) extracting a thumbnail image from the EXIF information and generating an OOF effect-applied thumbnail image by overlaying a thumbnail image shifted by the calculated distance on the extracted thumbnail image, in a presence of the EXIF information as determined in (c); and (f) generating a thumbnail image by scaling down the decompressed image at a down scaler and generating an OOF effect-applied thumbnail image by overlaying a thumbnail image shifted by the calculated distance on the generated thumbnail image, in an absence of the EXIF information as determined in (c). (a) decoding a compressed image to a decompressed image; (b) measuring an out-of-focus degree of the decompressed image; (c) determining whether or not the decompressed image includes exchangeable image file (EXIF) information about the compressed image; (d) calculating a distance based on the measured OOF degree of the decompressed image in (b); (e) extracting a thumbnail image from the EXIF information and generating an OOF effect-applied thumbnail image by overlaying a thumbnail image shifted by the calculated distance on the extracted thumbnail image, in a presence of the EXIF information as determined in (c); and (f) generating a thumbnail image by scaling down the decompressed image at a down scaler and generating an OOF effect-applied thumbnail image by overlaying a thumbnail image shifted by the calculated distance on the generated thumbnail image, in an absence of the EXIF information as determined in (c).
Apparatus for introducing objects into a continuous flow of material, comprising: - a reservoir for providing a plurality of objects; - a rotatable transfer wheel for transporting and delivering the objects to an insertion unit for introducing the objects into the continuous flow of material; - a transfer chamber for transferring the objects to the rotatable transfer wheel, the transfer chamber being arranged between the reservoir and the rotatable transfer wheel, - means for generating a circulating movement of the objects in the transfer chamber such that the objects move along a circulating path, a part of the circulating path extending along the peripheral surface of the rotatable transfer wheel and in the direction of rotation of the rotatable transfer wheel, wherein the means for generating the circulating movement comprise a return member which is arranged in the transfer chamber at a curved side wall portion of the transfer chamber at the end of that part of the circulating path which extends along the peripheral surface of the rotatable transfer wheel, the return member and the curved side wall portion being arranged to reverse the direction of movement of the objects in the transfer chamber, and wherein the return member has a drop-like shape comprising a peak, two straight flanks and a curved portion connecting the straight flanks, the peak facing towards the interior of the transfer chamber in a manner such that the flank facing towards the peripheral surface of the rotatable transfer wheel extends essentially tangential to the peripheral surface of the rotatable transfer wheel. - a reservoir for providing a plurality of objects; - a rotatable transfer wheel for transporting and delivering the objects to an insertion unit for introducing the objects into the continuous flow of material; - a transfer chamber for transferring the objects to the rotatable transfer wheel, the transfer chamber being arranged between the reservoir and the rotatable transfer wheel, - means for generating a circulating movement of the objects in the transfer chamber such that the objects move along a circulating path, a part of the circulating path extending along the peripheral surface of the rotatable transfer wheel and in the direction of rotation of the rotatable transfer wheel, wherein the means for generating the circulating movement comprise a return member which is arranged in the transfer chamber at a curved side wall portion of the transfer chamber at the end of that part of the circulating path which extends along the peripheral surface of the rotatable transfer wheel, the return member and the curved side wall portion being arranged to reverse the direction of movement of the objects in the transfer chamber, and wherein the return member has a drop-like shape comprising a peak, two straight flanks and a curved portion connecting the straight flanks, the peak facing towards the interior of the transfer chamber in a manner such that the flank facing towards the peripheral surface of the rotatable transfer wheel extends essentially tangential to the peripheral surface of the rotatable transfer wheel.
An optical fiber cable (100, 100B, 100D) comprising: a plurality of optical fiber units each having a plurality of optical fibers, the optical fiber units being disposed so as to be divided into two layers, that is, radially, an inner layer and an outer layer; a wrapping tube that wraps around the plurality of optical fiber units; at least one filling (3a, 3b, 3c, 3d, 13a, 13b, 13c, 13d; 23a, 23b, 23c) disposed inside the wrapping tube; a sheath that covers the wrapping tube, a plurality of outer units included in the plurality of optical fiber units that are located in the outer layer are twisted in an SZ shape around a cable central axis, characterized in that the filling is sandwiched between one of the outer units and the wrapping tube in a cross-sectional view, and the outer layer filling density D represented by D = S ÷ (π × r 2 2 - π × r 1 2) satisfies 0.05 or more and 0.20 or less, wherein a distance between a radially inner end of the outer units and the cable central axis is r 1, a distance between a radially outer end of the outer units and the cable central axis is r 2, and S is a sum of cross-sectional areas of parts of the filling (3b, 3c, 3d, 13a, 13b, 23a, 23b) disposed in a region of which a distance from the cable central axis is in a range of r 1 to r 2. a plurality of optical fiber units each having a plurality of optical fibers, the optical fiber units being disposed so as to be divided into two layers, that is, radially, an inner layer and an outer layer; a wrapping tube that wraps around the plurality of optical fiber units; at least one filling (3a, 3b, 3c, 3d, 13a, 13b, 13c, 13d; 23a, 23b, 23c) disposed inside the wrapping tube; a sheath that covers the wrapping tube, a plurality of outer units included in the plurality of optical fiber units that are located in the outer layer are twisted in an SZ shape around a cable central axis, characterized in that the filling is sandwiched between one of the outer units and the wrapping tube in a cross-sectional view, and the outer layer filling density D represented by D = S ÷ (π × r 2 2 - π × r 1 2) satisfies 0.05 or more and 0.20 or less, wherein a distance between a radially inner end of the outer units and the cable central axis is r 1, a distance between a radially outer end of the outer units and the cable central axis is r 2, and S is a sum of cross-sectional areas of parts of the filling (3b, 3c, 3d, 13a, 13b, 23a, 23b) disposed in a region of which a distance from the cable central axis is in a range of r 1 to r 2.
Hook lock having a base plate which can be fixed to a panel and on which a hook and an actuating handle are rotatably mounted, wherein the hook is pivotable between an unlocked position and a locked position via the actuating handle, and a lock safety device is provided, by means of which the hook can be locked in a locked position, wherein the lock safety device has a pawl which is rotatably mounted on the base plate and has a pawl section, which can be brought into engagement with a locking cam, wherein the locking cam has two projections with surfaces (21, 22), wherein a first surface engages in the pawl section of the pawl in the closed state of the lock and a projection with a second surface is latched to the pawl in the open state of the lock, characterized in that the locking cam is formed on a bearing ring of the hook or of the actuating handle.