mhurhangee/patent-ind-claim-en huggingface dataset:
System for implementing a technical process on a household appliance , wherein the system comprises: - a graphic editor which makes it possible to describe the technical process using graphic elements , in order to create a graphical representation of the technical process; - a translator unit which is intended to convert the individual graphic elements of the graphical representation of the technical process into instructions of a metalanguage in order to generate a metalanguage file that describes the technical process in the metalanguage; wherein the metalanguage is structured such that the metalanguage may be used to describe technical processes of a plurality of types of household appliance ; and - an interpreter which is arranged on a hardware module of the household appliance and is intended to convert the instructions of the metalanguage file into software code that is specific to the household appliance type, for the purpose of executing the technical process on the household appliance ; wherein the interpreter depends on the type of household appliance of the plurality of types of household appliance ; and - a checking unit which is intended to check whether the graphical representation of the technical process can be carried out in the household appliance ; wherein the checking unit comprises an expert system, based on artificial intelligence, which is intended to check the technical process described using graphic elements for consistency and integrity. - a graphic editor which makes it possible to describe the technical process using graphic elements , in order to create a graphical representation of the technical process; - a translator unit which is intended to convert the individual graphic elements of the graphical representation of the technical process into instructions of a metalanguage in order to generate a metalanguage file that describes the technical process in the metalanguage; wherein the metalanguage is structured such that the metalanguage may be used to describe technical processes of a plurality of types of household appliance ; and - an interpreter which is arranged on a hardware module of the household appliance and is intended to convert the instructions of the metalanguage file into software code that is specific to the household appliance type, for the purpose of executing the technical process on the household appliance ; wherein the interpreter depends on the type of household appliance of the plurality of types of household appliance ; and - a checking unit which is intended to check whether the graphical representation of the technical process can be carried out in the household appliance ; wherein the checking unit comprises an expert system, based on artificial intelligence, which is intended to check the technical process described using graphic elements for consistency and integrity.
Rotor unit for a brushless direct current motor , in particular for use in a wet-running pump, comprising: a main body having a substantially cylindrical portion integrally formed with a rotor shaft , wherein the rotor shaft of the main body comprises first and second bearing portions ; an annular magnet mounted on the outer circumference of the cylindrical portion of the main body ; characterized in that the rotor unit further comprises first and second bearing sleeves providing two cylindrical sliding surfaces and being respectively attached to the first and second bearing portions ; and one of the first and second bearing sleeves comprises a collar protruding radially from the cylindrical portion of the bearing sleeve and being arranged to bear axial forces. a main body having a substantially cylindrical portion integrally formed with a rotor shaft , wherein the rotor shaft of the main body comprises first and second bearing portions ; an annular magnet mounted on the outer circumference of the cylindrical portion of the main body ; characterized in that the rotor unit further comprises first and second bearing sleeves providing two cylindrical sliding surfaces and being respectively attached to the first and second bearing portions ; and one of the first and second bearing sleeves comprises a collar protruding radially from the cylindrical portion of the bearing sleeve and being arranged to bear axial forces.
A method of sterilization of seed or plurality thereof comprising the following steps: - exposing of said seed or plurality thereof to gaseous plasma for predetermined period of time, said gaseous plasma comprised of water vapor, said gaseous plasma causing hydrophilization of said seed or plurality thereof surface; - soaking of said plasma-treated seed or plurality thereof in water predetermined period of time, characterised by said water comprising hydrogen peroxide in concentration higher than 10% (w/w). - exposing of said seed or plurality thereof to gaseous plasma for predetermined period of time, said gaseous plasma comprised of water vapor, said gaseous plasma causing hydrophilization of said seed or plurality thereof surface; - soaking of said plasma-treated seed or plurality thereof in water predetermined period of time, characterised by said water comprising hydrogen peroxide in concentration higher than 10% (w/w).
Pharmaceutical composition in the form of powder for oral solution comprising a mixture of buffered lyophilized methylprednisolone sodium succinate and one or more water-soluble pharmaceutically acceptable excipients, wherein the one or more water-soluble pharmaceutically acceptable excipients are not lyophilized and are selected from the group consisting of a diluent, a sweetener and a lubricant, wherein the diluent is selected from mannitol, lactose or sorbitol, the sweetener is selected from sucralose or sodium saccharin and the lubricant is sodium benzoate, and wherein the total concentration of the diluent is from 60% to 70%, the total concentration of the sweetener is from 0.2% to 4% and the total concentration of the lubricant is from 1.5% to 5%.
A travel control method for a vehicle, comprising: specifying (S104) a pedestrian crosswalk through which a subject vehicle is expected to pass as a first pedestrian crosswalk; estimating (S105) a position on the first pedestrian crosswalk through which the subject vehicle passes as a crossing position in a length direction of the first pedestrian crosswalk, the crossing position being a point of intersection between a planned travel route of the subject vehicle and a moving route of a moving object in the first pedestrian crosswalk; characterized by specifying (S107, S108) a second pedestrian crosswalk located within a predetermined first distance from the crossing position and located close to the first pedestrian crosswalk; setting an area including the first pedestrian crosswalk and the second pedestrian crosswalk as a detection area of a detector detecting an object around the subject vehicle; detecting (S112) the moving object in the detection area using the detector; and controlling (S113) travel of the subject vehicle on a basis of a detection result of the detector. specifying (S104) a pedestrian crosswalk through which a subject vehicle is expected to pass as a first pedestrian crosswalk; estimating (S105) a position on the first pedestrian crosswalk through which the subject vehicle passes as a crossing position in a length direction of the first pedestrian crosswalk, the crossing position being a point of intersection between a planned travel route of the subject vehicle and a moving route of a moving object in the first pedestrian crosswalk; characterized by specifying (S107, S108) a second pedestrian crosswalk located within a predetermined first distance from the crossing position and located close to the first pedestrian crosswalk; setting an area including the first pedestrian crosswalk and the second pedestrian crosswalk as a detection area of a detector detecting an object around the subject vehicle; detecting (S112) the moving object in the detection area using the detector; and controlling (S113) travel of the subject vehicle on a basis of a detection result of the detector.
A dispersion liquid of a silica-based composite particle, containing a silica-based composite particle that has a core particle mainly composed of amorphous silica, and bound thereto a ceria particle mainly composed of crystalline ceria, the ceria particle further having on the surface thereof a silica film, the silica-based composite particle having an average particle size of 50 to 350 nm, and having features to below: the silica-based composite particle has a mass ratio of silica and ceria of 100:11 to 316; the silica-based composite particle when measured by X-ray diffractometry allows detection of a crystal phase of ceria only; and the silica-based composite particle when measured by X-ray diffractometry is found to have a crystallite size of crystalline ceria on the plane of 10 to 25 nm. the silica-based composite particle has a mass ratio of silica and ceria of 100:11 to 316; the silica-based composite particle when measured by X-ray diffractometry allows detection of a crystal phase of ceria only; and the silica-based composite particle when measured by X-ray diffractometry is found to have a crystallite size of crystalline ceria on the plane of 10 to 25 nm.
Method for controlling an ignition operation of a heating system , an operating parameter recorded before the ignition operation being taken into account, characterized in that the operating parameter is determined in a previous heating operation , wherein the operating parameter is suitable for determining a quality of a fuel used in the heating system , in particular a calorific value of the fuel and/or a fuel type of the fuel, and/or the operating parameter is suitable for determining an output requirement for the heating system .
A secondary disconnect assembly for an electrical switching apparatus , said secondary disconnect assembly comprising: a terminal block assembly comprising a mounting member , at least one terminal block removably mounted on said mounting member , and at least one accessory plug structured to be removably inserted into said terminal block to be electrically connected to said terminal block , characterised in that said terminal block has a width and a plurality of receptacles structured to receive a plurality of said accessory plugs side-by-side within the width of said terminal block , wherein said terminal block and said accessory plug each include a plurality of error-proofing features (420,422;520,522), and wherein said error-proofing features (420,422;520,522) prohibit insertion of said accessory plug into the receptacles of said terminal block unless said accessory plug is correctly disposed in a predetermined orientation. a terminal block assembly comprising a mounting member , at least one terminal block removably mounted on said mounting member , and at least one accessory plug structured to be removably inserted into said terminal block to be electrically connected to said terminal block , characterised in that said terminal block has a width and a plurality of receptacles structured to receive a plurality of said accessory plugs side-by-side within the width of said terminal block , wherein said terminal block and said accessory plug each include a plurality of error-proofing features (420,422;520,522), and wherein said error-proofing features (420,422;520,522) prohibit insertion of said accessory plug into the receptacles of said terminal block unless said accessory plug is correctly disposed in a predetermined orientation.
A smoke collecting device for a smoke capturing machine comprising an adsorption block , an artificial lip holder , an artificial lip , a front collector cover , a back collector cover and an adsorption block retainer , wherein the artificial lip is provided in an internal portion of the artificial lip holder ; a front end of the front collector cover is inserted in the artificial lip holder and presses against the artificial lip, and a rear end of the front collector cover has a first recess; a front end of the back collector cover is received in the first recess, and a rear end of the back collector cover has a second recess; the adsorption block retainer is received in the first recess, and is provided with a hollow inner cavity; the adsorption block is located in the hollow inner cavity; and the internal portions of the front collector cover and the back collector cover jointly form a collecting cavity for collecting smoke, and a front end of the collecting cavity is connected to the adsorption block; characterized in that the adsorption block is an adsorption tube comprising an outer tube , an adsorption block for the adsorption tube, a tapered interface and a gasket , wherein the outer tube is a hollow cylinder, the adsorption block is located inside the outer tube , the tapered interface is a hollow cylinder of which an inner cavity is tapered, a wide end of the inner cavity connects with the outer tube side, wherein the gasket is a hollow cylinder, which is located inside the tapered interface and abuts against the adsorption block .
A method in a first radio network node for reception of data comprised in an uplink, UL, transmission on a common channel, which first radio network node serves a primary cell comprising a primary antenna , wherein the first radio network node , the primary cell , a second radio network node , at least one second secondary cell served by the second radio network node , at least one second secondary antenna , and at least one first secondary antenna are comprised in a communications system , and wherein a user equipment is located in the primary cell , the method comprises: - when a user equipment transmission is received in the primary antenna , requesting the second radio network node to search for the user equipment transmission being received in the at least one second secondary antenna of the at least one second secondary cell , which at least one second secondary cell is a neighbour cell to the primary cell ; - when the user equipment transmission is received in the at least one second secondary antenna , receiving information about the at least one second secondary antenna from the second radio network node ; - adding the primary antenna and at least one secondary antenna to a set of receiving antennas when a signal strength of the received user equipment transmission is above a threshold value, wherein the at least one second secondary antenna is comprised in the at least one second secondary cell of the communications system , and wherein the adding of the at least one second secondary antenna to the set of receiving antennas further comprises adding the information about the at least one second secondary antenna to the set of receiving antennas; and - receiving the data comprised in the UL transmission from all antennas comprised in the set of receiving antennas. - when a user equipment transmission is received in the primary antenna , requesting the second radio network node to search for the user equipment transmission being received in the at least one second secondary antenna of the at least one second secondary cell , which at least one second secondary cell is a neighbour cell to the primary cell ; - when the user equipment transmission is received in the at least one second secondary antenna , receiving information about the at least one second secondary antenna from the second radio network node ; - adding the primary antenna and at least one secondary antenna to a set of receiving antennas when a signal strength of the received user equipment transmission is above a threshold value, wherein the at least one second secondary antenna is comprised in the at least one second secondary cell of the communications system , and wherein the adding of the at least one second secondary antenna to the set of receiving antennas further comprises adding the information about the at least one second secondary antenna to the set of receiving antennas; and - receiving the data comprised in the UL transmission from all antennas comprised in the set of receiving antennas.
A packaging assembly comprising: a surgical staple cartridge configured to be operably installed in a surgical stapling instrument , wherein the surgical staple cartridge comprises a body , a deck , staple cavities defined in the deck , and staples removably stored in the staple cavities ; a container configured to store the surgical staple cartridge therein and permit the surgical staple cartridge to be removed therefrom; and a desiccant element ; characterized in that: the staple cartridge further comprises a longitudinal slot defined in the deck ; the desiccant element is removably attached to the deck of the surgical staple cartridge and covers the staple cavities in the cartridge deck ; and the container is hermetically sealable with the cartridge and the desiccant element removably attached to the cartridge deck stored therein. a surgical staple cartridge configured to be operably installed in a surgical stapling instrument , wherein the surgical staple cartridge comprises a body , a deck , staple cavities defined in the deck , and staples removably stored in the staple cavities ; a container configured to store the surgical staple cartridge therein and permit the surgical staple cartridge to be removed therefrom; and a desiccant element ; characterized in that: the staple cartridge further comprises a longitudinal slot defined in the deck ; the desiccant element is removably attached to the deck of the surgical staple cartridge and covers the staple cavities in the cartridge deck ; and the container is hermetically sealable with the cartridge and the desiccant element removably attached to the cartridge deck stored therein. the staple cartridge further comprises a longitudinal slot defined in the deck ; the desiccant element is removably attached to the deck of the surgical staple cartridge and covers the staple cavities in the cartridge deck ; and the container is hermetically sealable with the cartridge and the desiccant element removably attached to the cartridge deck stored therein.
A water treatment method using a water treatment system comprising: a raw water tank connected to a water supply ; a reverse osmosis unit arranged to produce purified water from water input from the raw water tank via a raw water supply line ; at least one water treatment facility alongside said raw water supply line downstream said raw water tank and upstream said reverse osmosis unit wherein said at least one water treatment facility is an activated carbon filter with backwash facility and optionally further water treatment facilities, namely a water softening plant and/or a sand filter , and wherein the at least one water treatment facility is configured to be connectable to the raw water supply line via a set of isolation valves allowing raw water to enter into the water treatment facility and to leave the water treatment facility ; and a reuse water feedback line arranged to feed grey water collected from said reverse osmosis unit and said activated carbon filter back to the raw water tank for reuse, wherein a water saving storage tank is arranged as a grey water buffer in said reuse water feedback line comprising the steps of collecting water used for carbon backwash from the activated carbon filter in the water saving storage tank , filtering and returning the collected water back to the raw water tank through filters according to a reuse requirement and monitoring grey water from the reverse osmosis unit to check concentration, and when the concentration is below a set level sending it to the water saving storage tank for reuse alongside the carbon backwash water. a raw water tank connected to a water supply ; a reverse osmosis unit arranged to produce purified water from water input from the raw water tank via a raw water supply line ; at least one water treatment facility alongside said raw water supply line downstream said raw water tank and upstream said reverse osmosis unit wherein said at least one water treatment facility is an activated carbon filter with backwash facility and optionally further water treatment facilities, namely a water softening plant and/or a sand filter , and wherein the at least one water treatment facility is configured to be connectable to the raw water supply line via a set of isolation valves allowing raw water to enter into the water treatment facility and to leave the water treatment facility ; and a reuse water feedback line arranged to feed grey water collected from said reverse osmosis unit and said activated carbon filter back to the raw water tank for reuse, wherein a water saving storage tank is arranged as a grey water buffer in said reuse water feedback line comprising the steps of collecting water used for carbon backwash from the activated carbon filter in the water saving storage tank , filtering and returning the collected water back to the raw water tank through filters according to a reuse requirement and monitoring grey water from the reverse osmosis unit to check concentration, and when the concentration is below a set level sending it to the water saving storage tank for reuse alongside the carbon backwash water.
A multifocal ophthalmic lens comprising an optical substrate comprising a first surface having a first filtering zone (722-1) associated with a far vision portion of the ophthalmic lens and provided with first selective interferential filtering means for selectively inhibiting transmission of incident light based on the wavelength spectrum of the incident light, the first selective interferential filtering means being configured to inhibit, at a first rate of rejection, transmission of a first selected range of wavelengths of incident light, incident on the first filtering zone (722-1) within a first selected range of angles of incidence, wherein the first selected range of angles of incidence is determined based on at least one main light of sight of a user and two peripheral angles of incidence, wherein the first surface further comprises a second filtering zone (722-2) associated with a near vision portion of the ophthalmic lens, the second filtering zone being provided with second selective interferential filtering means configured to inhibit, at a respective further rate of rejection transmission of a respective selected range of wavelengths of incident light, incident on the second filtering zone (7222-2) within a respective second selected range of angles of incidence, wherein the first surface further comprises a further zone (722-3) linking the first filtering zone and the second filtering zone, wherein the second selected range of angles of incidence is configured to be different to the first selected range of angles of incidence, wherein the second selected range of wavelengths is substantially the same as the first selected range of wavelengths. the first selective interferential filtering means being configured to inhibit, at a first rate of rejection, transmission of a first selected range of wavelengths of incident light, incident on the first filtering zone (722-1) within a first selected range of angles of incidence, wherein the first selected range of angles of incidence is determined based on at least one main light of sight of a user and two peripheral angles of incidence, wherein the first surface further comprises a second filtering zone (722-2) associated with a near vision portion of the ophthalmic lens, the second filtering zone being provided with second selective interferential filtering means configured to inhibit, at a respective further rate of rejection transmission of a respective selected range of wavelengths of incident light, incident on the second filtering zone (7222-2) within a respective second selected range of angles of incidence, wherein the first surface further comprises a further zone (722-3) linking the first filtering zone and the second filtering zone, wherein the second selected range of angles of incidence is configured to be different to the first selected range of angles of incidence, wherein the second selected range of wavelengths is substantially the same as the first selected range of wavelengths.