mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling a heating device (HE) of a cooktop , comprising the steps: - a cooking vessel (T) is placed over a first heating device (HE) of the cooktop and is heated at a relatively high first power by said first heating device, wherein the relatively high first power is at least 50 % of the permanently maximum possible power of the first heating device (HE), - if the cooking vessel (T) is shifted by at least 4 cm, - the cooking vessel (T) is heated at a second power which is reduced in comparison to the first power, - this reduction in the power for heating the cooking vessel (T) from the first power to the second power is optically and/or acoustically indicated to an operator, - upon the reduction in power, a counter starts counting down a predetermined decision time, and this countdown is optically and/or acoustically indicated to an operator as an expiration, - wherein, in a first case, the operator does not react during the decision time, - wherein, in the first case, the cooking vessel (T) is again permanently heated at the first power after expiry of the decision time, - wherein, in a second case, the operator does react during the decision time and changes the power to a third power, - wherein, in the second case, the cooking vessel (T) is permanently heated at the third power after the change to the third power or after expiry of the decision time. - a cooking vessel (T) is placed over a first heating device (HE) of the cooktop and is heated at a relatively high first power by said first heating device, wherein the relatively high first power is at least 50 % of the permanently maximum possible power of the first heating device (HE), - if the cooking vessel (T) is shifted by at least 4 cm, - the cooking vessel (T) is heated at a second power which is reduced in comparison to the first power, - this reduction in the power for heating the cooking vessel (T) from the first power to the second power is optically and/or acoustically indicated to an operator, - upon the reduction in power, a counter starts counting down a predetermined decision time, and this countdown is optically and/or acoustically indicated to an operator as an expiration, - wherein, in a first case, the operator does not react during the decision time, - wherein, in the first case, the cooking vessel (T) is again permanently heated at the first power after expiry of the decision time, - wherein, in a second case, the operator does react during the decision time and changes the power to a third power, - wherein, in the second case, the cooking vessel (T) is permanently heated at the third power after the change to the third power or after expiry of the decision time.
A wiring board comprising: a substrate for mounting a light emitting element ; and a reflective film positioned on a surface of the substrate for reflecting light rays that are emitted from the light emitting element , a right-handed three-dimensional coordinate being set in which a plane averaging the surface of the substrate is defined as an XY plane and a direction perpendicular to the XY plane is defined as a Z direction, wherein the reflective film is formed of a plurality of adjacent columnar crystals extending in a perpendicular direction with respect to the surface of the substrate , a surface of the plurality of adjacent columnar crystals is continuous at a surface of the reflective film , characterised in that the plurality of adjacent columnar crystals includes first columnar crystals being in direct contact with the surface of the substrate and second columnar crystals in contact with the first columnar crystals without being in direct contact with the surface of the substrate , the reflective film is formed of aluminum, a cross section of the first columnar crystal is an upward, in Z direction, protruded triangle and a cross section of the second columnar crystal is a downward, in Z direction, protruded triangle, and the second columnar crystals are embedded between the adjacent first columnar crystals . a substrate for mounting a light emitting element ; and a reflective film positioned on a surface of the substrate for reflecting light rays that are emitted from the light emitting element , a right-handed three-dimensional coordinate being set in which a plane averaging the surface of the substrate is defined as an XY plane and a direction perpendicular to the XY plane is defined as a Z direction, wherein the reflective film is formed of a plurality of adjacent columnar crystals extending in a perpendicular direction with respect to the surface of the substrate , a surface of the plurality of adjacent columnar crystals is continuous at a surface of the reflective film , characterised in that the plurality of adjacent columnar crystals includes first columnar crystals being in direct contact with the surface of the substrate and second columnar crystals in contact with the first columnar crystals without being in direct contact with the surface of the substrate , the reflective film is formed of aluminum, a cross section of the first columnar crystal is an upward, in Z direction, protruded triangle and a cross section of the second columnar crystal is a downward, in Z direction, protruded triangle, and the second columnar crystals are embedded between the adjacent first columnar crystals .
A method of wireless communication, comprising: obtaining , by a user equipment. UE, operating according to a new radio, NR, radio access technology, RAT, coexistence information associated with neighboring wireless operations according to a legacy RAT coexisting with the NR RAT, wherein the coexistence information includes a number of ports associated with reference signals of the legacy RAT, a frequency pattern of the reference signals of the legacy RAT, and a subframe type of corresponding subframes of the legacy RAT with transmission segments of the NR RAT; receiving, by the UE , additional legacy configuration signaling identifying a legacy uplink-downlink configuration for the neighboring operations of the legacy RAT and a special subframe format associated with the legacy uplink-downlink configuration; determining , by the UE , one or more reference signal occasions of the legacy RAT coinciding with shared downlink direction communication for the NR RAT and legacy RAT, wherein the determining includes identifying the one or more reference signal occasions based on the coexistence information and the additional legacy configuration signaling; and rate-matching , by the UE , reception of NR downlink transmissions within the shared downlink direction communication around the one or more reference signal occasions. obtaining , by a user equipment. UE, operating according to a new radio, NR, radio access technology, RAT, coexistence information associated with neighboring wireless operations according to a legacy RAT coexisting with the NR RAT, wherein the coexistence information includes a number of ports associated with reference signals of the legacy RAT, a frequency pattern of the reference signals of the legacy RAT, and a subframe type of corresponding subframes of the legacy RAT with transmission segments of the NR RAT; receiving, by the UE , additional legacy configuration signaling identifying a legacy uplink-downlink configuration for the neighboring operations of the legacy RAT and a special subframe format associated with the legacy uplink-downlink configuration; determining , by the UE , one or more reference signal occasions of the legacy RAT coinciding with shared downlink direction communication for the NR RAT and legacy RAT, wherein the determining includes identifying the one or more reference signal occasions based on the coexistence information and the additional legacy configuration signaling; and rate-matching , by the UE , reception of NR downlink transmissions within the shared downlink direction communication around the one or more reference signal occasions.
A method for preparing high-rate lithium cobaltate positive electrode material, characterized in that the lithium cobaltate positive electrode material is prepared by uniformly mixing a cobalt oxide impregnated with a hydroxide of M', with M' being one or more of Ti, Nb or W, with a lithium source and then sintering the mixture in an air atmosphere furnace at a high temperature; the sintering is sintering performed at a temperature between 850 °C and 1000 °C for 6-20 hours; the cobalt oxide impregnated with a hydroxide of M' is prepared using the following steps in which:an organic compound containing M' is dissolved in absolute ethyl alcohol, wherein it is dissolved and dispersed using a disperser; after the complete and uniform stirring, the solution is added with a porous cobalt oxide and stirred for 0.5-1.5 hours; then, it is added with an ethanol aqueous solution, with the volume ratio of ethanol to water being 5-20, continuously stirred for 2-5 hours, subjected to suction filtration and dried to obtain the cobalt oxide impregnated with a hydroxide of M'.
A process cartridge (P) detachably mountable to a main assembly of an electrophotographic image forming apparatus including a main assembly side drive transmission member and a main assembly side urging member , said process cartridge (P) comprising: (i) a rotatable photosensitive member ; (ii) a rotatable developing roller configured to develop a latent image formed on said photosensitive member , said developing roller being capable of contacting to and spacing from said photosensitive member ; (iii) an urging force receiving portion configured to receive an urging force from the main assembly side urging member to space said developing roller from said photosensitive member ; (iv) a cartridge side drive transmission member capable of coupling with the main assembly side drive transmission member to receive a rotational force for rotating said developing roller ; and characterized by further comprising: (v) a releasing member capable of urging the main assembly side drive transmission member to decouple said cartridge side drive transmission member from the main assembly side drive transmission member by said urging force receiving portion receiving the urging force from the main assembly side urging member . (i) a rotatable photosensitive member ; (ii) a rotatable developing roller configured to develop a latent image formed on said photosensitive member , said developing roller being capable of contacting to and spacing from said photosensitive member ; (iii) an urging force receiving portion configured to receive an urging force from the main assembly side urging member to space said developing roller from said photosensitive member ; (iv) a cartridge side drive transmission member capable of coupling with the main assembly side drive transmission member to receive a rotational force for rotating said developing roller ; and
A method comprising: broadcasting , by an industrial automation device, using a wireless technology, status information of the industrial automation device, the status information comprising values for a preset set of status data; establishing , using the wireless technology, a connection to a user apparatus for communication between the industrial automation device and the user apparatus; continuing, while the connection exists, the broadcasting the status information in an interleaved manner, wherein status information is broadcast in idle times of the communication to all devices within the broadcast range, said all devices including the user apparatus; receiving from the user apparatus in the communication over the connection one or more updates to the preset set of status data, wherein the one or more updates are not colliding with the broadcasting happening in the idle times of the communication; updating the preset set of status data correspondingly; and broadcasting using the updated preset set of status data. broadcasting , by an industrial automation device, using a wireless technology, status information of the industrial automation device, the status information comprising values for a preset set of status data; establishing , using the wireless technology, a connection to a user apparatus for communication between the industrial automation device and the user apparatus; continuing, while the connection exists, the broadcasting the status information in an interleaved manner, wherein status information is broadcast in idle times of the communication to all devices within the broadcast range, said all devices including the user apparatus; receiving from the user apparatus in the communication over the connection one or more updates to the preset set of status data, wherein the one or more updates are not colliding with the broadcasting happening in the idle times of the communication; updating the preset set of status data correspondingly; and broadcasting using the updated preset set of status data.
A damper assembly for an airframe comprising: a mass to damp a vibration of the airframe; one or more wire rope isolators having a first and a second portion, wherein the mass is attached to the one or more wire rope isolators and the mass is isolated from the airframe by the one or more wire rope isolators , wherein a shear stiffness and a shape of the one or more wire rope isolators are selected to provide frequency isolation of the mass in two or more frequencies in a shear direction; and a first fastener and a second fastener , wherein the first fastener attaches the first portion of the wire rope isolator to the mass , and the second fastener attaches the second portion of the wire rope isolator to the airframe to dampen vibration of the airframe. a mass to damp a vibration of the airframe; one or more wire rope isolators having a first and a second portion, wherein the mass is attached to the one or more wire rope isolators and the mass is isolated from the airframe by the one or more wire rope isolators , wherein a shear stiffness and a shape of the one or more wire rope isolators are selected to provide frequency isolation of the mass in two or more frequencies in a shear direction; and a first fastener and a second fastener , wherein the first fastener attaches the first portion of the wire rope isolator to the mass , and the second fastener attaches the second portion of the wire rope isolator to the airframe to dampen vibration of the airframe.
Capacitor DC-link arrangement , in particular for high current ripple applications, the capacitor DC-link arrangement comprising: a substrate such as a PCB-based substrate , a first terminal and a second terminal which are both arranged on the substrate , wherein the first terminal and the second terminal each comprise a contact area (6; 6') to which the terminals of the ceramic capacitor elements are connected, a plurality of ceramic capacitor elements , wherein: - each of the ceramic capacitor elements is connected as well to the first terminal and the second terminal , - the plurality of ceramic capacitor elements are connected in parallel, - the ceramic capacitor elements are arranged and connected in a similar current path, and a plurality of strengthening bus bars (11, 12, 13; 11', 12', 13'), wherein the strengthening bus bars (11, 12, 13; 11', 12', 13') are arranged on and/or along the contact areas (6; 6'). a substrate such as a PCB-based substrate , a first terminal and a second terminal which are both arranged on the substrate , wherein the first terminal and the second terminal each comprise a contact area (6; 6') to which the terminals of the ceramic capacitor elements are connected, a plurality of ceramic capacitor elements , wherein: - each of the ceramic capacitor elements is connected as well to the first terminal and the second terminal , - the plurality of ceramic capacitor elements are connected in parallel, - the ceramic capacitor elements are arranged and connected in a similar current path, and - each of the ceramic capacitor elements is connected as well to the first terminal and the second terminal , - the plurality of ceramic capacitor elements are connected in parallel, - the ceramic capacitor elements are arranged and connected in a similar current path, and a plurality of strengthening bus bars (11, 12, 13; 11', 12', 13'), wherein the strengthening bus bars (11, 12, 13; 11', 12', 13') are arranged on and/or along the contact areas (6; 6').
Baking oven with a cooking compartment which can be closed off by an oven door as well as with a flow duct , which is present above the front surface of the oven door preferably embodied as a glass plate and is directly adjacent to a further front surface and open towards a front side of the baking oven, for the forced dissipation of heated and/or contaminated operating air from the baking oven, wherein there is provision in the flow duct for an elongated flow conducting element , which prevents contact between the front surfaces and the operating air escaping from the flow duct , characterised in that a delimiting edge of the oven door has a cover element (15.7), which has at least one escape opening allocated to the flow ducts within the oven door , which faces towards the horizontal flow duct above the oven door and forms or has a further flow conducting element, wherein the flow conducting element is fastened to the housing of the baking oven and in the course of the flow duct , covers the delimiting edge of the oven door and is provided with a flow opening adjacent to the escape opening of the cover element (15.7), wherein the flow conducting element fastened to the housing of the baking oven has a raised part , which serves to divert the operating air coming from a switch compartment of the baking oven as a type of tear-off edge.
A check valve comprising: a valve seat defining an aperture ; and a flapper valve pivoting about a pivot axis (X) defined in a fulcrum , and having a contact plate face extending away from said fulcrum for selectively seating on said valve seat, said contact plate face and said fulcrum being generally formed of a solid material relative to a filler portion , and said filler portion being formed with at least one set of rails to reduce the mass of said flapper valve, said filler portion having a density which is less than a density of said fulcrum and said contact plate face; wherein a density of said filler portion adjacent to said fulcrum is greater than a density of said filler portion spaced toward a remote end of said flapper valve relative to said fulcrum pin; wherein a relative density between a density of an inner end section of said filler portion adjacent said fulcrum compared to a density at a section spaced from said inner end is greater than 100% and less than or equal to 600%; and wherein said density changes linearly between said inner end section of the filler portion to said section of said filler portion spaced from said inner end. a valve seat defining an aperture ; and a flapper valve pivoting about a pivot axis (X) defined in a fulcrum , and having a contact plate face extending away from said fulcrum for selectively seating on said valve seat, said contact plate face and said fulcrum being generally formed of a solid material relative to a filler portion , and said filler portion being formed with at least one set of rails to reduce the mass of said flapper valve, said filler portion having a density which is less than a density of said fulcrum and said contact plate face; wherein a density of said filler portion adjacent to said fulcrum is greater than a density of said filler portion spaced toward a remote end of said flapper valve relative to said fulcrum pin; wherein a relative density between a density of an inner end section of said filler portion adjacent said fulcrum compared to a density at a section spaced from said inner end is greater than 100% and less than or equal to 600%; and wherein said density changes linearly between said inner end section of the filler portion to said section of said filler portion spaced from said inner end.
Use of a solid catalyst for a dehydration reaction for producing a dianhydrosugar alcohol from a sugar alcohol, comprising an H-type β zeolite having an atomic composition ratio of Si to Al (Si/Al) in the range of 20 < Si/AI ratio ≤ 100.
A method for preparing a composition comprising monomeric conjugates from a sample, said conjugate comprising: a) a polypeptide comprising the amino acid sequence of interleukin 15, and b) a polypeptide comprising the amino acid sequence of the sushi domain of IL-15Rα; wherein said conjugate has an amino acid sequence consisting of SEQ ID NO:16 or SEQ ID NO:17, wherein said method comprises the use of anion-exchange (AEX) chromatography performed at a pH equal or greater than 7.0, followed by a hydrophobic interaction (HIC) chromatography on said sample carried out in a buffer solution containing an ammonium salt, wherein said sample corresponds to a sample of a culture medium of a transformed host cell expressing the conjugate, said host cell corresponding to a mammalian cell selected in the group comprising CHO cells, HEK293 cells, COS cells, PER.C6® cells, SP20 cells, NSO cells or any cells derived therefrom, preferably CHO cells. a) a polypeptide comprising the amino acid sequence of interleukin 15, and b) a polypeptide comprising the amino acid sequence of the sushi domain of IL-15Rα;
A double-sided indexable insert configured for high-feed or drilling operations, the insert having a 180-degree rotational symmetry about each of the longitudinal first axis (X), lateral second (Y) and vertical third axis (Z) of a three-dimensional euclidean space; the insert comprising: opposite first and second main surfaces and a peripheral surface extending therebetween, each of the first and second main surfaces comprising a main abutment surface and at least two rake surfaces ; and a through clamping bore extending along the third axis (Z) and opening out to the first and second main surfaces ; the peripheral surface comprising: two opposite front surfaces , each comprising a pair of outward abutment surfaces ; and two opposite side surfaces , each extending between the two front surfaces , wherein each pair of outward abutment surfaces converge outwardly away from the third axis (Z); characterised in that each side surface comprises a pair of at least partially planar inward abutment surfaces wherein each pair of inward abutment surfaces converge inwardly towards the third axis (Z). opposite first and second main surfaces and a peripheral surface extending therebetween, each of the first and second main surfaces comprising a main abutment surface and at least two rake surfaces ; and a through clamping bore extending along the third axis (Z) and opening out to the first and second main surfaces ; the peripheral surface comprising: two opposite front surfaces , each comprising a pair of outward abutment surfaces ; and two opposite side surfaces , each extending between the two front surfaces , wherein each pair of outward abutment surfaces converge outwardly away from the third axis (Z); characterised in that each side surface comprises a pair of at least partially planar inward abutment surfaces wherein each pair of inward abutment surfaces converge inwardly towards the third axis (Z).