mhurhangee/patent-ind-claim-en huggingface dataset:
Filter for cleaning of fluid, preferably water, preferably in washing machines and drying machines for textiles and clothes, from microfibres, said filter comprising: - filter cartridge comprising: - at least one partially open wall to provide for fluid communication between inside of said filter cartridge and outside of said filter cartridge , - filter membrane , preferably removable filter membrane , forming, preferably removably, part of said at least one partially open wall of said filter cartridge , - at least one moveable inner filter , said at least one moveable inner filter comprised within said filter cartridge , said moveable inner filter moveable within said filter cartridge , said moveable inner filter moveable against said filter membrane resulting thereby in partial self-cleaning of the filter membrane by the moveable inner filter ; - filter cartridge housing comprising at least one opening for inserting and/or removal of said fluid cartridge , and at least one opening for fluid exit ; - fluid inlet, preferably removable fluid inlet , said fluid inlet in fluid communication with inner part of said filter cartridge , said fluid inlet forming, preferably removably, forming part of said filter cartridge housing ; - cover, preferably removable cover . - filter cartridge comprising: - at least one partially open wall to provide for fluid communication between inside of said filter cartridge and outside of said filter cartridge , - filter membrane , preferably removable filter membrane , forming, preferably removably, part of said at least one partially open wall of said filter cartridge , - at least one moveable inner filter , said at least one moveable inner filter comprised within said filter cartridge , said moveable inner filter moveable within said filter cartridge , said moveable inner filter moveable against said filter membrane resulting thereby in partial self-cleaning of the filter membrane by the moveable inner filter ; - at least one partially open wall to provide for fluid communication between inside of said filter cartridge and outside of said filter cartridge , - filter membrane , preferably removable filter membrane , forming, preferably removably, part of said at least one partially open wall of said filter cartridge , - at least one moveable inner filter , said at least one moveable inner filter comprised within said filter cartridge , said moveable inner filter moveable within said filter cartridge , said moveable inner filter moveable against said filter membrane resulting thereby in partial self-cleaning of the filter membrane by the moveable inner filter ; - filter cartridge housing comprising at least one opening for inserting and/or removal of said fluid cartridge , and at least one opening for fluid exit ; - fluid inlet, preferably removable fluid inlet , said fluid inlet in fluid communication with inner part of said filter cartridge , said fluid inlet forming, preferably removably, forming part of said filter cartridge housing ; - cover, preferably removable cover .
A steam turbine stationary blade with a hollow region therein, the steam turbine stationary blade comprising: a plurality of slots arranged in lines in a direction of a chord length, the plurality of slots opening into a surface of the steam turbine stationary blade , the plurality of slots each communicating with a working fluid flow passageway and with the hollow region, and extending in a direction of a blade length; and at least one connecting portion disposed so that for each of the most downstream slots of the plurality of slots, a surface of the connection portion directed toward the working fluid flow passageway is positioned closer to the hollow region than to the surface of the steam turbine stationary blade , and so that the connecting portion connects both sidewall surfaces of each of the most downstream slots , in the direction of the chord length. a plurality of slots arranged in lines in a direction of a chord length, the plurality of slots opening into a surface of the steam turbine stationary blade , the plurality of slots each communicating with a working fluid flow passageway and with the hollow region, and extending in a direction of a blade length; and at least one connecting portion disposed so that for each of the most downstream slots of the plurality of slots, a surface of the connection portion directed toward the working fluid flow passageway is positioned closer to the hollow region than to the surface of the steam turbine stationary blade , and so that the connecting portion connects both sidewall surfaces of each of the most downstream slots , in the direction of the chord length.
A method for producing pet food containing only food ingredients selected from food groups consisting of vegetable group, fruit group, milk group and meat group, wherein the method requires the following steps: supplying a combination of ingredients selected only from the above food groups (vegetable group, fruit group, milk group and meat group); mixing the ingredients, with water to coat the surface of the various ingredients with an addition of moisture of 2 to 15% by weight, to give a homogeneous blend; depositing a charge of the homogeneous blend into a forming chamber; compressing the charge of ingredients between an anvil plug and an ultrasonic horn by means of an actuator; and energizing the ultrasonic horn to cause the charge to be agglomerated into a desired shape of pet food product, wherein in the step of compressing the charge of ingredients the charge is compressed to a pressure rate of 10 to 50 kg/cm 2 and wherein the ultrasonic horn is energised for a dwell time of 100 milliseconds to 3 seconds, at a frequency of 15 kHz to 40 kHz and at an amplitude of 15 to 75 micrometers. supplying a combination of ingredients selected only from the above food groups (vegetable group, fruit group, milk group and meat group); mixing the ingredients, with water to coat the surface of the various ingredients with an addition of moisture of 2 to 15% by weight, to give a homogeneous blend; depositing a charge of the homogeneous blend into a forming chamber; compressing the charge of ingredients between an anvil plug and an ultrasonic horn by means of an actuator; and energizing the ultrasonic horn to cause the charge to be agglomerated into a desired shape of pet food product, wherein in the step of compressing the charge of ingredients the charge is compressed to a pressure rate of 10 to 50 kg/cm 2 and wherein the ultrasonic horn is energised for a dwell time of 100 milliseconds to 3 seconds, at a frequency of 15 kHz to 40 kHz and at an amplitude of 15 to 75 micrometers.
A mobile station , comprising: a first wireless interface operable to couple to a first wireless network ; a second wireless interface operable to couple to a second wireless network , wherein the first wireless network comprises an enterprise network and the second wireless network comprises a cellular network , or wherein the first wireless network comprises a cellular network and the second wireless network comprises an enterprise network ; and a controller operable to negotiate a first wireless link with the first wireless network using the first wireless interface, and to establish a communication session with a remote device using the first wireless link, wherein the controller is further arranged to detect a session handoff trigger, to negotiate a second wireless link with the second wireless network using the second wireless interface in response to the session handoff trigger, and to invoke a private branch exchange call park feature to transfer the communication session from the first wireless link to the second wireless link, the controller configured to: park the communication session using the call park feature; identify a park number associated with the parked communication session, and couple the second wireless link to the parked communication session using the identified park number. a first wireless interface operable to couple to a first wireless network ; a second wireless interface operable to couple to a second wireless network , wherein the first wireless network comprises an enterprise network and the second wireless network comprises a cellular network , or wherein the first wireless network comprises a cellular network and the second wireless network comprises an enterprise network ; and a controller operable to negotiate a first wireless link with the first wireless network using the first wireless interface, and to establish a communication session with a remote device using the first wireless link, wherein the controller is further arranged to detect a session handoff trigger, to negotiate a second wireless link with the second wireless network using the second wireless interface in response to the session handoff trigger, and to invoke a private branch exchange call park feature to transfer the communication session from the first wireless link to the second wireless link, the controller configured to: park the communication session using the call park feature; identify a park number associated with the parked communication session, and couple the second wireless link to the parked communication session using the identified park number. park the communication session using the call park feature; identify a park number associated with the parked communication session, and couple the second wireless link to the parked communication session using the identified park number.
An iron electrode comprising an active iron material, elemental sulfur and a polyvinyl alcohol binder, wherein the polyvinyl alcohol binder comprises from 2 to 5 wt % of the iron electrode.
An induction heating cooker comprising: a top plate on which an object to be heated is placeable; a plurality of heating coils disposed adjacent to one another below the top plate to generate inductive magnetic fields to heat the object to be heated; a plurality of temperature detectors operable to detect a temperature of the object to be heated; and a controller operable to control operating states of the heating coils based on detection results of the temperature detectors , wherein the plurality of temperature detectors are disposed below the top plate so that: at least one of the temperature detectors is positioned below the object to be heated when the object to be heated is placed above two heating coils adjacent to each other; and the number of the temperature detectors is less than the number of the heating coils , characterised in that the temperature detectors are each mounted to a central portion of one of the heating coils , but at least one of the heating coils has no temperature detector , wherein each of the heating coils has a circumferential length within a range of a circumferential length of a circle having an external diameter that ranges from 35 mm to 67 mm. a top plate on which an object to be heated is placeable; a plurality of heating coils disposed adjacent to one another below the top plate to generate inductive magnetic fields to heat the object to be heated; a plurality of temperature detectors operable to detect a temperature of the object to be heated; and a controller operable to control operating states of the heating coils based on detection results of the temperature detectors , wherein the plurality of temperature detectors are disposed below the top plate so that: at least one of the temperature detectors is positioned below the object to be heated when the object to be heated is placed above two heating coils adjacent to each other; and the number of the temperature detectors is less than the number of the heating coils , characterised in that the temperature detectors are each mounted to a central portion of one of the heating coils , but at least one of the heating coils has no temperature detector , wherein each of the heating coils has a circumferential length within a range of a circumferential length of a circle having an external diameter that ranges from 35 mm to 67 mm. at least one of the temperature detectors is positioned below the object to be heated when the object to be heated is placed above two heating coils adjacent to each other; and the number of the temperature detectors is less than the number of the heating coils , characterised in that the temperature detectors are each mounted to a central portion of one of the heating coils , but at least one of the heating coils has no temperature detector , wherein each of the heating coils has a circumferential length within a range of a circumferential length of a circle having an external diameter that ranges from 35 mm to 67 mm.
A cell sample liquid feeding bag comprising at least: an outflow port from which cell sample liquid flows out; a bottom portion at least partly including a slope; and a first inner tube , characterized in that a cross-sectional shape of the bottom portion has a substantially V-shape; the bottom portion includes a reservoir configured to store cells; and the first inner tube extends from the outflow port toward the reservoir to a bottom of the V-shape, not contacting the reservoir , and is configured to feed cell sample liquid from a reservoir side toward an outflow port side of the first inner tube and to whirl up the cells when a liquid is ejected toward the reservoir . an outflow port from which cell sample liquid flows out; a bottom portion at least partly including a slope; and a first inner tube , characterized in that a cross-sectional shape of the bottom portion has a substantially V-shape; the bottom portion includes a reservoir configured to store cells; and the first inner tube extends from the outflow port toward the reservoir to a bottom of the V-shape, not contacting the reservoir , and is configured to feed cell sample liquid from a reservoir side toward an outflow port side of the first inner tube and to whirl up the cells when a liquid is ejected toward the reservoir .
Silicon spiral spring for a mechanical watch comprising through and/or blind holes , the number of said holes being higher than 500, said silicon spiral spring having a height (h) greater than or equal to 100 μm.
A thermal management system for a gas turbine engine comprising a fuel system, the thermal management system comprising: a first heat exchanger ; an oil circuit in fluid communication with the first heat exchanger ; a coolant circuit in fluid communication with the first heat exchanger and in thermal communication with the oil circuit to return heat from the oil circuit to a core flow path of a gas turbine engine using a thermally neutral heat transfer fluid; a second heat exchanger in fluid communication with the coolant circuit ; a fuel conduit in thermal communication with the coolant circuit through the second heat exchanger ; a third heat exchanger in fluid communication with the coolant circuit ; an ambient air channel in fluid communication with the third heat exchanger and in thermal communication with the coolant circuit ; and a lubricated engine component in thermal communication with the oil circuit ; characterized in that the fuel conduit receives heat from the coolant circuit via the second heat exchanger . a first heat exchanger ; an oil circuit in fluid communication with the first heat exchanger ; a coolant circuit in fluid communication with the first heat exchanger and in thermal communication with the oil circuit to return heat from the oil circuit to a core flow path of a gas turbine engine using a thermally neutral heat transfer fluid; a second heat exchanger in fluid communication with the coolant circuit ; a fuel conduit in thermal communication with the coolant circuit through the second heat exchanger ; a third heat exchanger in fluid communication with the coolant circuit ; an ambient air channel in fluid communication with the third heat exchanger and in thermal communication with the coolant circuit ; and a lubricated engine component in thermal communication with the oil circuit ; characterized in that the fuel conduit receives heat from the coolant circuit via the second heat exchanger .
Electric tool having an electric motor ; an elongate housing in which the motor is accommodated and held; an electric line for supplying electrical power to the motor ; a bushing fastened to the housing and surrounding the electric line ; a bushing holding element that fastens the bushing to the housing ; a filter element for filtering cooling air drawn into an interior of the housing by cooling-air openings ; characterized in that the cooling-air openings are formed in the bushing holding element and the filter element is held on the bushing holding element , wherein the bushing holding element is configured and fastened to the housing such that the bushing holding element covers a subregion of the elongate housing that is open towards the rear in the longitudinal direction such that cooling air is allowed to flow into the housing in the region of a rear end face of the housing .
A printing apparatus configured to print on a continuous sheet (WP) to be cut into a plurality of cut sheets at a plurality of cutting positions arranged in a longitudinal direction while being conveyed in the longitudinal direction, comprising: a conveyance mechanism configured to convey the continuous sheet (WP) in the longitudinal direction; a print head provided so as to face a conveyance path for the continuous sheet in the conveyance mechanism and configured to sequentially print a plurality of cutting marks indicating the plurality of cutting positions on the continuous sheet (WP) being conveyed by the conveyance mechanism and, a reception unit configured to accept designation that, from between the front end portions and the rear end portions of the pages, ones are designated as target portions at which the cutting marks to be printed, wherein when the reception unit accepts the designation that the front end portions of the pages are the target portions, the print head prints the cutting marks at the front end portions of the pages, and when the reception unit accepts the designation that the rear end portions of the pages are the target portions, the print head prints the cutting marks at the rear end portions of the pages, characterised in that the print head performs printing such that a dimension of the cutting marks in the longitudinal direction is a dimension set based on the target portions accepted by the reception unit being designated to either portions from between the front end portions and the rear end portions of the pages. a conveyance mechanism configured to convey the continuous sheet (WP) in the longitudinal direction; a print head provided so as to face a conveyance path for the continuous sheet in the conveyance mechanism and configured to sequentially print a plurality of cutting marks indicating the plurality of cutting positions on the continuous sheet (WP) being conveyed by the conveyance mechanism and, a reception unit configured to accept designation that, from between the front end portions and the rear end portions of the pages, ones are designated as target portions at which the cutting marks to be printed, wherein when the reception unit accepts the designation that the front end portions of the pages are the target portions, the print head prints the cutting marks at the front end portions of the pages, and when the reception unit accepts the designation that the rear end portions of the pages are the target portions, the print head prints the cutting marks at the rear end portions of the pages, characterised in that the print head performs printing such that a dimension of the cutting marks in the longitudinal direction is a dimension set based on the target portions accepted by the reception unit being designated to either portions from between the front end portions and the rear end portions of the pages.
A method of operating a power system including plural storage battery devices and plural electric generators (G1, G2, G3), comprising: executing calculation of economic load distribution of the power system for controlling power supply with said battery storage devices to maintain the power demand supply balance in view of power fluctuation components in long period and allocate the power in a prearranged time zone on a prearranged date and executing supplying of electric power by the storage battery devices in the prearranged time zone on the prearranged date, wherein the long-period is equal to or longer than ten minutes and; calculating power amounts by the storage battery devices capable of supplying electric power in a prearranged time zone on a prearranged date, and allocate the power and executing supplying of electric power by the decided storage battery devices in the prearranged time zone on the prearranged date; wherein when the power amounts by the storage battery devices capable of supplying electric power in the prearranged time zone on the prearranged date are calculated, restriction conditions are considered from output (kW) and capacity (kWh) of individual storage battery devices . executing calculation of economic load distribution of the power system for controlling power supply with said battery storage devices to maintain the power demand supply balance in view of power fluctuation components in long period and allocate the power in a prearranged time zone on a prearranged date and executing supplying of electric power by the storage battery devices in the prearranged time zone on the prearranged date, wherein the long-period is equal to or longer than ten minutes and; calculating power amounts by the storage battery devices capable of supplying electric power in a prearranged time zone on a prearranged date, and allocate the power and executing supplying of electric power by the decided storage battery devices in the prearranged time zone on the prearranged date; wherein when the power amounts by the storage battery devices capable of supplying electric power in the prearranged time zone on the prearranged date are calculated, restriction conditions are considered from output (kW) and capacity (kWh) of individual storage battery devices .