mhurhangee/patent-ind-claim-en huggingface dataset:
Method for open-loop control of a melt processing apparatus, said apparatus having a melt supply device , a filter device and a melt processing device , or additionally a melt pump , characterised in that a maximum attainable volume change rate of the volume supply per unit of time of the melt supply device and/or melt pump is defined, a maximum volume deviation value of the volume supply per unit of time to the melt processing device is defined, and a volume change between the melt supply device and/or melt pump and the melt processing device is set in the filter device such that a volume change rate of the filter device resulting from this volume change per unit of time is smaller than or equal to or slightly larger than the maximum attainable volume change rate of the melt supply device and/or melt pump , such that the maximum volume deviation value is not exceeded.
A method for purifying darbepoetin alfa, comprising: (a) binding darbepoetin alfa to an anion exchange chromatography column by loading a mixture comprising darbepoetin alfa having various contents of sialic acid into the anion exchange chromatography column; (b) washing the chromatography column with a washing buffer solution containing arginine to selectively separate a structural isoform of darbepoetin alfa having a desired isoelectric point from a mixture of structural isoforms of darbepoetin alfa having higher isoelectric points; and (c) eluting the darbepoetin alfa, which remains bound to the chromatography column, from the column wherein the eluted darbepoetin alfa has an isoelectric point ranging from pl 2.0 to 4.0. (a) binding darbepoetin alfa to an anion exchange chromatography column by loading a mixture comprising darbepoetin alfa having various contents of sialic acid into the anion exchange chromatography column; (b) washing the chromatography column with a washing buffer solution containing arginine to selectively separate a structural isoform of darbepoetin alfa having a desired isoelectric point from a mixture of structural isoforms of darbepoetin alfa having higher isoelectric points; and (c) eluting the darbepoetin alfa, which remains bound to the chromatography column, from the column wherein the eluted darbepoetin alfa has an isoelectric point ranging from pl 2.0 to 4.0.
A catheter assembly comprising: a needle ; a catheter hub ; and a catheter connected to the catheter hub and surrounding the needle , wherein the needle comprises: a needle tip formed from a first rigid material, the needle tip comprising a bevel for puncturing a subject; and a needle shaft comprising a second material, wherein the needle tip is separately formed and subsequently attached to the needle shaft to form the needle ; characterized in that the second material is a light permeable material to enable visible detection of primary flashback in the needle shaft . a needle ; a catheter hub ; and a catheter connected to the catheter hub and surrounding the needle , wherein the needle comprises: a needle tip formed from a first rigid material, the needle tip comprising a bevel for puncturing a subject; and a needle shaft comprising a second material, wherein the needle tip is separately formed and subsequently attached to the needle shaft to form the needle ; characterized in that the second material is a light permeable material to enable visible detection of primary flashback in the needle shaft . a needle tip formed from a first rigid material, the needle tip comprising a bevel for puncturing a subject; and a needle shaft comprising a second material, wherein the needle tip is separately formed and subsequently attached to the needle shaft to form the needle ; characterized in that the second material is a light permeable material to enable visible detection of primary flashback in the needle shaft .
A rotor assembly for a gas turbine engine , the rotor assembly comprising: a disc supporting a plurality of radially extending blades , the blades defining passages therebetween and each passage having an annulus filler assembly ; and the annulus filler assembly comprising at least two bodies and a brace , each of the bodies arranged to abut respective adjacent blades and the brace arranged to occupy a position centrally of the two bodies, and each body and the brace arranged to engage one another to form an airwash surface , and wherein, the brace is mounted to the disc, and characterised in that each body is attached to its respective adjacent blade by a fastening, and wherein the engagement of the brace with at least one body forms an unlinked and moveable seal . a disc supporting a plurality of radially extending blades , the blades defining passages therebetween and each passage having an annulus filler assembly ; and the annulus filler assembly comprising at least two bodies and a brace , each of the bodies arranged to abut respective adjacent blades and the brace arranged to occupy a position centrally of the two bodies, and each body and the brace arranged to engage one another to form an airwash surface , and wherein, the brace is mounted to the disc, and characterised in that each body is attached to its respective adjacent blade by a fastening, and wherein the engagement of the brace with at least one body forms an unlinked and moveable seal .
A container for growing plants including: an insert positioned in the container for growing plants , the insert having a plurality of receptacles , wherein each of the receptacles is arranged for receiving a separate plant with a portion of gel for feeding the plant , wherein each of the receptacles tapers inwardly toward a lower end of the receptacle ; a common feed reservoir of gel in the container and extending between the receptacles ; and a lid which is selectively fitted to the container to enclose an inner volume of the container ; wherein the receptacles allow communication between the portions of gel in the receptacles to allow the plants to share the common feed reservoir ; characterised in that the insert includes at least one arm which abuts the lid of the container , when the lid is fitted to the container , to maintain correct location of the insert relative to the container . an insert positioned in the container for growing plants , the insert having a plurality of receptacles , wherein each of the receptacles is arranged for receiving a separate plant with a portion of gel for feeding the plant , wherein each of the receptacles tapers inwardly toward a lower end of the receptacle ; a common feed reservoir of gel in the container and extending between the receptacles ; and a lid which is selectively fitted to the container to enclose an inner volume of the container ; wherein the receptacles allow communication between the portions of gel in the receptacles to allow the plants to share the common feed reservoir ; characterised in that the insert includes at least one arm which abuts the lid of the container , when the lid is fitted to the container , to maintain correct location of the insert relative to the container .
Method of manufacturing a shoe upper for a sports shoe, comprising the steps: a. Providing a carrier layer ; b. Arranging multiple yarns on the carrier layer , such that the multiple yarns essentially define the shape of the shoe upper , wherein a first yarn is arranged in a first layer and a second yarn is arranged in a second layer at least partially on top of each other; c. Sewing at least one of the multiple yarns to the carrier layer ; and d. Arranging at least one reinforcing element between the first layer and the second layer ; and e. Dissolving the carrier layer , such that the shoe upper is formed essentially by the multiple yarns . a. Providing a carrier layer ; b. Arranging multiple yarns on the carrier layer , such that the multiple yarns essentially define the shape of the shoe upper , wherein a first yarn is arranged in a first layer and a second yarn is arranged in a second layer at least partially on top of each other; c. Sewing at least one of the multiple yarns to the carrier layer ; and d. Arranging at least one reinforcing element between the first layer and the second layer ; and e. Dissolving the carrier layer , such that the shoe upper is formed essentially by the multiple yarns .
A hypocaust forming mold, comprising: a body including a front side wall , a rear side wall , a left side wall , and a right side wall disposed on an outward flange , respectively, along an upper circumference part; a connection surface extending from bottoms of the front side wall , the rear side wall , the left side wall , and the right side wall of the body , and an inner side wall part positioned to face the front side wall , the rear side wall , the left side wall , and the right side wall by being vertically connected from the connection surface ; a receiving part positioned between the front side wall , the rear side wall , the left side wall , and the right side wall of the body and the inner side wall part , and configured to receive concrete therein; a forming body disposed on an upper part of the inner side wall part ; and wherein the forming body includes: a plurality of first forming parts equally arranged in a horizontal direction and a vertical direction; and a second forming part positioned between the first forming parts to be crossed, and in which placed concrete is filled, characterized in that a furnace insertion space is disposed on the front side wall of the body , and a furnace is inserted into the furnace insertion space . a body including a front side wall , a rear side wall , a left side wall , and a right side wall disposed on an outward flange , respectively, along an upper circumference part; a connection surface extending from bottoms of the front side wall , the rear side wall , the left side wall , and the right side wall of the body , and an inner side wall part positioned to face the front side wall , the rear side wall , the left side wall , and the right side wall by being vertically connected from the connection surface ; a receiving part positioned between the front side wall , the rear side wall , the left side wall , and the right side wall of the body and the inner side wall part , and configured to receive concrete therein; a forming body disposed on an upper part of the inner side wall part ; and wherein the forming body includes: a plurality of first forming parts equally arranged in a horizontal direction and a vertical direction; and a second forming part positioned between the first forming parts to be crossed, and in which placed concrete is filled, characterized in that a furnace insertion space is disposed on the front side wall of the body , and a furnace is inserted into the furnace insertion space . a plurality of first forming parts equally arranged in a horizontal direction and a vertical direction; and a second forming part positioned between the first forming parts to be crossed, and in which placed concrete is filled, characterized in that a furnace insertion space is disposed on the front side wall of the body , and a furnace is inserted into the furnace insertion space .
A pool cleaner hose assembly, the assembly comprising: a. a first pool cleaner hose segment , having a first end ; b. a second pool cleaner hose segment , having a second end ; c. wherein a portion of the first end of the first pool cleaner hose segment is inserted inside of a portion of the second end of the second pool cleaner hose segment; and d. wherein a seal associated with the second end of the second pool cleaner hose segment contacts an interior surface of the distal end of the portion of the first end of the first pool cleaner hose segment inserted into the portion of the second end of the second pool cleaner hose segment; characterised in that e. a lock , comprising a first locked position and a second locked position, releasably locks the first and second pool cleaner hose segments together when the portion of the first end of the first pool cleaner hose segment is inserted inside the portion of the second end of the second pool cleaner hose segment ; and f. in that moving the lock from the first locked position to the second locked position, causes the first pool cleaner hose segment to insert further inside of the portion of the second end of the second pool cleaner hose segment . a. a first pool cleaner hose segment , having a first end ; b. a second pool cleaner hose segment , having a second end ; c. wherein a portion of the first end of the first pool cleaner hose segment is inserted inside of a portion of the second end of the second pool cleaner hose segment; and d. wherein a seal associated with the second end of the second pool cleaner hose segment contacts an interior surface of the distal end of the portion of the first end of the first pool cleaner hose segment inserted into the portion of the second end of the second pool cleaner hose segment; characterised in that e. a lock , comprising a first locked position and a second locked position, releasably locks the first and second pool cleaner hose segments together when the portion of the first end of the first pool cleaner hose segment is inserted inside the portion of the second end of the second pool cleaner hose segment ; and f. in that moving the lock from the first locked position to the second locked position, causes the first pool cleaner hose segment to insert further inside of the portion of the second end of the second pool cleaner hose segment .
A fluid transfer coupling (100;200;300;400) comprising: a first shaft assembly (110;210;310); and a second shaft assembly (130;430), the first shaft assembly (110;210;310) comprising: a first shaft ; and an annular fin (118;218;318) attached to the first shaft , the second shaft assembly (130;430) comprising: a second shaft (132;432); and an annular trough (140;440) extending radially outwardly of the second shaft (132;432), wherein the first shaft is concentrically accommodated within the second shaft (132;432) with the annular fin (118;218;318) accommodated within the annular trough (140;440), and characterised in that the annular fin (118;218;318) has one or more internal passages (120;220;320) extending therethrough, the or each internal passage (120;220;320) connecting a centre portion of the first shaft to a radially outwardly facing side (122;222;322) of the annular fin (118;218;318), and in use, the first shaft assembly (110;210;310) rotates at a first rotational speed and the second shaft assembly (130;430) rotates at a second rotational speed, the second rotational speed being greater than the first rotational speed, the difference between the second rotational speed and the first rotational speed causes a fluid contained within the annular trough (140;440) to be driven radially inwardly through the or each internal passage (120;220;320) to the centre portion of the first shaft . a first shaft assembly (110;210;310); and a second shaft assembly (130;430), a first shaft ; and an annular fin (118;218;318) attached to the first shaft , a second shaft (132;432); and an annular trough (140;440) extending radially outwardly of the second shaft (132;432), wherein the first shaft is concentrically accommodated within the second shaft (132;432) with the annular fin (118;218;318) accommodated within the annular trough (140;440), and
An image processing apparatus comprising: image acquisition means for acquiring an image of a subject; calculation means for calculating a ratio of a number of pixels having brightness values in a predetermined brightness range to a total number of pixels in an entire image; and image processing means for emphasizing a contrast of the image when the ratio is equal to or greater than a first threshold; the image processing apparatus being characterised in that it further comprises: control means configured to shift the predetermined brightness range for calculating the ratio toward a high brightness side in a case where an exposure target value used when the image is acquired is plus-compensated. image acquisition means for acquiring an image of a subject; calculation means for calculating a ratio of a number of pixels having brightness values in a predetermined brightness range to a total number of pixels in an entire image; and image processing means for emphasizing a contrast of the image when the ratio is equal to or greater than a first threshold;
A communication device connected to a mobility network which is a network mounted in a vehicle, the mobility network being an in-vehicle network used by a plurality of electronic control devices for communication, the communication device comprising: a receiving unit configured to receive a message in the mobility network; a whitelist holding unit configured to hold a whitelist including range information indicating a transferrable path range determined according to one of a transmission source and a transmission destination for the received message in the mobility network, the transferrable path range indicating a range within which the received message is transferrable along a path in the mobility network; and a whitelist determining unit configured to determine a validity of the message received, by using the whitelist including the range information, wherein the range information indicates a range of a round trip time, RTT, as the transferrable path range, and the whitelist determining unit is configured to determine the validity of the message received by comparing a value of the RTT derived from information included in the message received with the range of the RTT indicated by the range information. a receiving unit configured to receive a message in the mobility network; a whitelist holding unit configured to hold a whitelist including range information indicating a transferrable path range determined according to one of a transmission source and a transmission destination for the received message in the mobility network, the transferrable path range indicating a range within which the received message is transferrable along a path in the mobility network; and a whitelist determining unit configured to determine a validity of the message received, by using the whitelist including the range information, wherein the range information indicates a range of a round trip time, RTT, as the transferrable path range, and the whitelist determining unit is configured to determine the validity of the message received by comparing a value of the RTT derived from information included in the message received with the range of the RTT indicated by the range information.
A flooring arrangement for a cabin of an aircraft , the flooring arrangement comprising: at least one insulating layer for insulating the cabin ; a wire mesh disposed above the at least one insulating layer; a carpet layer disposed above the wire mesh , the carpet layer and the wire mesh being in electrically conductive contact; and at least one resistive element connected to the wire mesh , the wire mesh being structured and arranged for being electrically connected to a conductive structure of the aircraft via the at least one resistive element ; and wherein the at least one resistive element comprises: a first resistor electrically connected at a first location on the wire mesh ; and a second resistor electrically connected at a second location on the wire mesh , the first location and the second location being disposed on opposite ends of the wire mesh . at least one insulating layer for insulating the cabin ; a wire mesh disposed above the at least one insulating layer; a carpet layer disposed above the wire mesh , the carpet layer and the wire mesh being in electrically conductive contact; and at least one resistive element connected to the wire mesh , the wire mesh being structured and arranged for being electrically connected to a conductive structure of the aircraft via the at least one resistive element ; and a first resistor electrically connected at a first location on the wire mesh ; and a second resistor electrically connected at a second location on the wire mesh , the first location and the second location being disposed on opposite ends of the wire mesh .
A method for manufacturing molten iron, comprising: reducing first iron ores by charging the first iron ores into a fluidized-bed reduction reactor ; manufacturing compacted irons by compacting the reduced first iron ores; reducing second iron ores together with the compacted irons by charging the second iron ores and the compacted irons into a packed-bed reduction reactor , a size of the second iron ores is greater than a size of the first iron ores; charging the reduced compacted irons and the second iron ores into a melter-gasifier connected to the packed-bed reduction reactor ; preparing lumped carbonaceous materials as a heating source for melting the reduced compacted irons and the second iron ores ; charging the lumped carbonaceous materials into the melter-gasifier and then forming a coal packed-bed; and injecting oxygen through a tuyere installed in the melter-gasifier and then manufacturing molten iron from the compacted irons and the second iron ores . reducing first iron ores by charging the first iron ores into a fluidized-bed reduction reactor ; manufacturing compacted irons by compacting the reduced first iron ores; reducing second iron ores together with the compacted irons by charging the second iron ores and the compacted irons into a packed-bed reduction reactor , a size of the second iron ores is greater than a size of the first iron ores; charging the reduced compacted irons and the second iron ores into a melter-gasifier connected to the packed-bed reduction reactor ; preparing lumped carbonaceous materials as a heating source for melting the reduced compacted irons and the second iron ores ; charging the lumped carbonaceous materials into the melter-gasifier and then forming a coal packed-bed; and injecting oxygen through a tuyere installed in the melter-gasifier and then manufacturing molten iron from the compacted irons and the second iron ores .