mhurhangee/patent-ind-claim-en huggingface dataset:
A treatment method of deposited substance, using plasma in which plasma is irradiated onto a precursor substance deposited on a base-material surface, and a portion of component materials of the precursor substance is removed, characterized in that the precursor substance consists silicone-oil or silicone-oil alcohol, and by radiating plasma the portion of the component materials of the precursor substance is removed and the precursor substance becomes water-shedding deposited substance added with an additive material within plasma or atmospheric gas, the treatment method comprising: a step of depositing the precursor substance only on the base-material surface formed by a substance to which the precursor substance can be deposited; a step of irradiating atmospheric-pressure plasma including oxygen onto the precursor substance with a predetermined temperature which is a parameter concerning irradiation treatment, to remove the portion of the component materials and to add the additive material by controlling the temperature of gas-for-plasma to lower or higher than room temperature to generate plasma ; and a step of removing the portion of the component materials of the precursor substance and adding oxygen as the additive material to the precursor substance by radiating the atmospheric-pressure plasma so as to form the water-shedding deposited substance having a chemical structure differing from silicon and results the precursor substance on the base-material surface. a step of depositing the precursor substance only on the base-material surface formed by a substance to which the precursor substance can be deposited; a step of irradiating atmospheric-pressure plasma including oxygen onto the precursor substance with a predetermined temperature which is a parameter concerning irradiation treatment, to remove the portion of the component materials and to add the additive material by controlling the temperature of gas-for-plasma to lower or higher than room temperature to generate plasma ; and a step of removing the portion of the component materials of the precursor substance and adding oxygen as the additive material to the precursor substance by radiating the atmospheric-pressure plasma so as to form the water-shedding deposited substance having a chemical structure differing from silicon and results the precursor substance on the base-material surface.
(Currently Amended) A burner , the burner comprising: a mixing and dispensing unit configured to mix a fuel gas and air, which are to be supplied, and dispense the mixture; a combustion catalyst unit configured to generate heat by a catalytic combustion reaction with the fuel gas supplied from the mixing and dispensing unit ; and a premixing chamber configured to pre-mix the fuel gas introduced into the combustion catalyst unit while connecting the mixing and dispensing unit to the combustion catalyst unit , wherein the combustion catalyst unit comprises: a housing having a chamber therein and openings at front and rear sides thereof; perforated plates installed on front and rear surfaces of the housing and allowing the fuel gas to pass from the rear side to the front side of the housing ; a pellet-type high-temperature combustion catalyst with which an inside of the chamber of the housing is filled; and a heat source means configured to generate a heat source for catalytic combustion of the combustion catalyst, characterised in that the pellet-type high-temperature combustion catalyst is prepared by preparing a metal precursor solution including a transition metal nitrate, an alkaline earth metal nitrate, and aluminum nitrate (S110); preparing a precipitation solution (S120); preparing a mixed solution by mixing the metal precursor solution and the precipitation solution (S130); raising a temperature of the mixed solution to 90 °C to 100 °C and holding the mixed solution at 90 °C to 100 °C for 10 hours to 48 hours to cause a precipitation reaction (S140); filtering a precipitate slurry formed by the precipitation reaction to be separated from the mixed solution (S150); washing the precipitate slurry with water (S 160); drying the washed precipitate slurry to remove moisture therefrom; and performing calcination at 1,000 °C to 1,500 °C to remove moisture remaining in the dried precipitate slurry (S170).
A powder composition comprising microparticles with a volume diameter of less than 10μm, measured by a laser light diffraction method, comprising a matrix of at least one water-soluble pharmaceutically acceptable carrier embedding at least one nanoparticle with a volume diameter of less than 300nm of calcium phosphate comprising one or more therapeutic/diagnostic compounds, for use as a medicinal product in which the powder composition is administered by inhalation, wherein said at least one pharmaceutically acceptable carrier is a polyalcohol.
A feed system for feeding raw material into a converting machine , the feed system comprising: a stack of fanfold raw material having a plurality of pre-formed fold lines that separate a plurality of layers, each layer forming a panel of fanfold raw material ; wherein each panel has a length defined between two successive pre-formed fold lines; an infeed wheel configured to rotate, wherein rotation of said infeed wheel is configured to draw the fanfold raw material from the stack , wherein said infeed wheel is configured to, as said fanfold raw materials are drawn by said infeed wheel, engage said panels, wherein the infeed wheel comprises a plurality of radial members , wherein said plurality of radial members of said infeed wheel form a generally triangular shape; characterized in that said plurality of radial members are configured to fold said panels at intermediate locations between said pre-formed boundary fold lines; wherein a chord length between adjacent radial members is substantially less than a distance between adjacent pre-formed boundary fold lines; and an infeed guide configured to receive said raw material from said infeed wheel, and, after engagement of said fanfold raw material with said infeed wheel, said infeed guide is configured to direct said fanfold raw material into a converting machine. a stack of fanfold raw material having a plurality of pre-formed fold lines that separate a plurality of layers, each layer forming a panel of fanfold raw material ; wherein each panel has a length defined between two successive pre-formed fold lines; an infeed wheel configured to rotate, wherein rotation of said infeed wheel is configured to draw the fanfold raw material from the stack , wherein said infeed wheel is configured to, as said fanfold raw materials are drawn by said infeed wheel, engage said panels, wherein the infeed wheel comprises a plurality of radial members , wherein said plurality of radial members of said infeed wheel form a generally triangular shape; characterized in that said plurality of radial members are configured to fold said panels at intermediate locations between said pre-formed boundary fold lines; wherein a chord length between adjacent radial members is substantially less than a distance between adjacent pre-formed boundary fold lines; and an infeed guide configured to receive said raw material from said infeed wheel, and, after engagement of said fanfold raw material with said infeed wheel, said infeed guide is configured to direct said fanfold raw material into a converting machine.
An injection unit for diecasting machines comprising - a collection chamber for melted aluminium or the alloys thereof, copper or the alloys thereof, - a first piston and a second piston which are received inside the collection chamber and which can be moved along a longitudinal axis (X) of the collection chamber , - the first and second pistons being arranged in such a manner that the respective travel paths are aligned with the longitudinal axis (X) of the collection chamber so as to be able to move from an extended configuration (E), in which the distance (D) between the first and second pistons is at a maximum and the melted material is drawn by reduced pressure inside the collection chamber , to a drawn-together configuration (R), in which the distance (D) between the first and second pistons is at a minimum and the melted material is discharged from the collection chamber and compressed inside a mould which is connected fluid-dynamically to the collection chamber , characterized in that - a first and a second pressure reduction system which are connected substantially upstream and downstream of the collection chamber and the first and second pressure reduction systems being fluid-dynamically connected to the collection chamber by means of a second and third valve , - the second and third valves being adapted to selectively controlling the pressure reduction level of the collection chamber which is between 40 mbar and 70 mbar inside the collection chamber . - a collection chamber for melted aluminium or the alloys thereof, copper or the alloys thereof, - a first piston and a second piston which are received inside the collection chamber and which can be moved along a longitudinal axis (X) of the collection chamber , - the first and second pistons being arranged in such a manner that the respective travel paths are aligned with the longitudinal axis (X) of the collection chamber so as to be able to move from an extended configuration (E), in which the distance (D) between the first and second pistons is at a maximum and the melted material is drawn by reduced pressure inside the collection chamber , to a drawn-together configuration (R), in which the distance (D) between the first and second pistons is at a minimum and the melted material is discharged from the collection chamber and compressed inside a mould which is connected fluid-dynamically to the collection chamber , characterized in that - a first and a second pressure reduction system which are connected substantially upstream and downstream of the collection chamber and the first and second pressure reduction systems being fluid-dynamically connected to the collection chamber by means of a second and third valve , - the second and third valves being adapted to selectively controlling the pressure reduction level of the collection chamber which is between 40 mbar and 70 mbar inside the collection chamber .
Device for presetting the drive stage of an electric drive of a boat, having a housing with two receiving elements arranged on opposite side walls of the housing for defining a pivot axis and a drive lever pivotable about this pivot axis , the drive lever being received on both receiving elements characterized in that the drive lever can be clicked onto or into the receiving elements of the housing .
A telematics verification system for testing of a vehicle telematics system, the telematics verification system comprising: - an electromagnetically shielded compartment adapted to be arranged to cover and enclose antennas (102a-b) of the vehicle when testing the vehicle telematics system using the telematics verification system while the vehicle is operating under realistic conditions, wherein the electromagnetically shielded compartment is fixedly mountable on the vehicle on the exterior surface of a roof of the vehicle, to enclose the antennas of the vehicle and to remain mounted on the vehicle roof for testing the vehicle telematics system while operating the vehicle; - a set of downlink antennas (106a-d) adapted to be arranged inside the electromagnetically shielded compartment, the set of downlink antennas are configured to wirelessly transmit downlink signals inside the electromagnetically shielded compartment, wherein a signal indicative of the downlink signals is wirelessly received by the antennas (102a-b) of the vehicle to be evaluated by a telematics control unit connected to the vehicle antennas, and - an uplink antenna adapted to be arranged inside the electromagnetically shielded compartment, the uplink antenna is adapted to wirelessly receive uplink signals transmitted by the antennas of the vehicle, the received uplink signals to be evaluated by a communication tester - an electromagnetically shielded compartment adapted to be arranged to cover and enclose antennas (102a-b) of the vehicle when testing the vehicle telematics system using the telematics verification system while the vehicle is operating under realistic conditions, wherein the electromagnetically shielded compartment is fixedly mountable on the vehicle on the exterior surface of a roof of the vehicle, to enclose the antennas of the vehicle and to remain mounted on the vehicle roof for testing the vehicle telematics system while operating the vehicle; - a set of downlink antennas (106a-d) adapted to be arranged inside the electromagnetically shielded compartment, the set of downlink antennas are configured to wirelessly transmit downlink signals inside the electromagnetically shielded compartment, wherein a signal indicative of the downlink signals is wirelessly received by the antennas (102a-b) of the vehicle to be evaluated by a telematics control unit connected to the vehicle antennas, and - an uplink antenna adapted to be arranged inside the electromagnetically shielded compartment, the uplink antenna is adapted to wirelessly receive uplink signals transmitted by the antennas of the vehicle, the received uplink signals to be evaluated by a communication tester
Run-off blocking apparatus for a food processor, wherein the food processor has a collection container and an outlet , wherein the run-off blocking apparatus is arranged between the collection container and the outlet , and the run-off blocking apparatus has a slider which can be moved between a first and a second position, wherein the slider in the first position releases a first cross-section surface of the outlet , the slider in the second position closes off a second cross-section surface of the outlet , and the first cross-section surface and the second cross-section surface overlap at least in a lower cross-section region of the outlet , characterised in that the run-off blocking apparatus has a retainer for the slider , wherein the retainer is connected to the collection container in a releasable manner.
A household appliance comprising a first control card which provides wireless network communication to connect to the Internet, a second control card which provides Bluetooth communication and a vapor sensor which detects vapor, a card holder having a body and a plurality of card housings which enable at least two of the first control card , the second control card and the vapor sensor to be placed thereon at the same time characterized by the card holder having a cover which is detachably mounted onto the body and which protects the first control card and the second control card from vapor and heat.
A method, comprising: determining that a first switch identifier and a fabric identifier are allocated to a virtual switch in a hypervisor associated with a virtual machine, wherein the first switch identifier identifies the virtual switch in a network of interconnected switches identified by the fabric identifier; storing, in a data structure, a mapping between a second switch identifier of a second switch and a media access control (MAC) address, wherein the second switch is in the network of interconnected switches and the second switch identifier indicates a next-hop switch with respect to the virtual switch; in response to identifying the MAC address as a destination address of a packet, encapsulating the packet in an encapsulation header with the second switch identifier as an egress switch identifier based on the mapping. determining that a first switch identifier and a fabric identifier are allocated to a virtual switch in a hypervisor associated with a virtual machine, wherein the first switch identifier identifies the virtual switch in a network of interconnected switches identified by the fabric identifier; storing, in a data structure, a mapping between a second switch identifier of a second switch and a media access control (MAC) address, wherein the second switch is in the network of interconnected switches and the second switch identifier indicates a next-hop switch with respect to the virtual switch; in response to identifying the MAC address as a destination address of a packet, encapsulating the packet in an encapsulation header with the second switch identifier as an egress switch identifier based on the mapping.
A molded product which comprises a resin composition comprising: a non-fluorinated thermoplastic resin and a light-resistance improver comprising a fluorine-containing resin and an inorganic white pigment, wherein the non-fluorinated thermoplastic resin comprises at least one member selected from the group consisting of an aromatic polyamide, a liquid crystal polyester, and an aromatic polyetherketone resin, wherein the fluorine-containing resin comprises a dispersed phase, the non-fluorinated thermoplastic resin comprises a continuous phase, and the dispersed phases are dispersed with an average interparticle distance of not more than 5 μm in the continuous phase, wherein the average interparticle distance is measured as indicated in the experimental part. a non-fluorinated thermoplastic resin and a light-resistance improver comprising a fluorine-containing resin and an inorganic white pigment, wherein the non-fluorinated thermoplastic resin comprises at least one member selected from the group consisting of an aromatic polyamide, a liquid crystal polyester, and an aromatic polyetherketone resin, wherein the fluorine-containing resin comprises a dispersed phase, the non-fluorinated thermoplastic resin comprises a continuous phase, and the dispersed phases are dispersed with an average interparticle distance of not more than 5 μm in the continuous phase,
Substantially transparent multilayer flexible film , comprising a polyester (PET) layer sandwiched between two flame-retardant polyvinyl chloride (PVC) layers , said film being characterised in that each PVC layer comprises 25 to 45% of plasticiser, by weight with respect to its total weight, said plasticiser comprising phosphate, the level of phosphorus being between 0.3 and 1.0%, preferably between 0.4 and 0.8%, even more preferably between 0.5 and 0.7%, by weight with respect to the total weight of flexible film.
Cover for at least one antenna emitting and/or sensing electromagnetic radiation in at least one first frequency band, being a radar frequency, the cover comprising at least one first surface configured to face the antenna and at least one second surface configured to be averted to the antenna , wherein the cover comprises at least one substrate being transmissive for electromagnetic radiation of the first frequency band and a second frequency band comprising visual light and at least one first coating covering the substrate in at least one first area , the first coating being transmissive for electromagnetic radiation of at least the first frequency band and being reflective for electromagnetic radiation falling onto the second surface and having a frequency within the second frequency band, wherein the first coating is configured to act as a frequency selective surface bandpass filter trimmed such that electromagnetic radiation of the first frequency band is transmitted, whereas radiation in the second frequency band is reflected, wherein the cover further comprises i) at least one covering layer located on a side of the first coating being located averted to the substrate , wherein the covering layer is transparent, at least semitransparent, for the second frequency band, or ii) at least one second coating , at least partly located between the first coating on the one hand and the antenna on the other hand, wherein the second coating is at least partly non transmissive and/or opaque in the second frequency band. i) at least one covering layer located on a side of the first coating being located averted to the substrate , wherein the covering layer is transparent, at least semitransparent, for the second frequency band, or ii) at least one second coating , at least partly located between the first coating on the one hand and the antenna on the other hand, wherein the second coating is at least partly non transmissive and/or opaque in the second frequency band.
A method to change the display mode of a piece of device access software that can be used to access components of a fieldbus system , wherein the device access software encompasses a frame application , at least one driver or user software component (110-114) that is integrated into the frame application , and a graphic user interface with a display area for the frame application and at least one display area for the at least one driver or user software component integrated into the frame application, wherein an interface is provided between the frame application and the at least one driver or user software component (110-114), and wherein the method is characterized by : - A switchover of the frame application from a first display mode to a second display mode that differs from the first display mode, wherein a display mode defines the display of data in the graphic user interface; - A change of at least one parameter in at least one part of the driver or user software components (110-114) by the frame application via the respective interface, wherein the change of the at least one parameter leads to a switchover of the display mode from the first display mode to the second display mode in at least one driver or user software component of the part of the driver or user software components (110-114). - A switchover of the frame application from a first display mode to a second display mode that differs from the first display mode, wherein a display mode defines the display of data in the graphic user interface; - A change of at least one parameter in at least one part of the driver or user software components (110-114) by the frame application via the respective interface, wherein the change of the at least one parameter leads to a switchover of the display mode from the first display mode to the second display mode in at least one driver or user software component of the part of the driver or user software components (110-114).