mhurhangee/patent-ind-claim-en huggingface dataset:
Device for starting a gas turbine , comprising an initiation system able to rotate said gas turbine on command, comprising: - means for receiving information representing the rotation speed of the gas turbine , - means for calculating a set torque value according to said information representing the rotation speed of the gas turbine , - means for transmitting said set torque value to the initiation system , the means for calculating the set torque value being suitable for making a comparison of the information representing the rotation speed of the gas turbine with a predetermined speed profile and calculating the set torque value from said comparison, - a fuel metering device suitable for injecting fuel into a combustion chamber of said gas turbine , - means for calculating a set fuel metering value according to said information representing the speed, and - means for transmitting the set fuel metering value to said fuel metering device , and characterised in that the means for calculating the set fuel metering value are suitable for making a comparison of the information representing the rotation speed of the gas turbine with a predetermined speed profile and calculating the set fuel metering value from said comparison. - means for receiving information representing the rotation speed of the gas turbine , - means for calculating a set torque value according to said information representing the rotation speed of the gas turbine , - means for transmitting said set torque value to the initiation system , - a fuel metering device suitable for injecting fuel into a combustion chamber of said gas turbine , - means for calculating a set fuel metering value according to said information representing the speed, and - means for transmitting the set fuel metering value to said fuel metering device ,
A curable adhesive composition comprising: an organic vehicle comprising at least one polymerizable monomer, which forms a resin upon curing; at least one photo-initiator responsive to a selected wavelength of light; and, at least one energy converting material selected to emit said wavelength of light when exposed to a selected imparted radiation, wherein the organic vehicle is the portion of the curable adhesive composition that ultimately forms the resin upon polymerization, and wherein the energy converting material is capable of absorbing an imparted energy and converting the energy to produce photons in a spectral range that can be absorbed by the at least one photoinitiator, and thus initiate polymerization of the at least one polymerizable monomer. an organic vehicle comprising at least one polymerizable monomer, which forms a resin upon curing; at least one photo-initiator responsive to a selected wavelength of light; and, at least one energy converting material selected to emit said wavelength of light when exposed to a selected imparted radiation, wherein the organic vehicle is the portion of the curable adhesive composition that ultimately forms the resin upon polymerization, and wherein the energy converting material is capable of absorbing an imparted energy and converting the energy to produce photons in a spectral range that can be absorbed by the at least one photoinitiator, and thus initiate polymerization of the at least one polymerizable monomer.
A folded camera, comprising: a movable lens positioned in an optical path between an optical path folding element (OPFE) and an image sensor , wherein the OPFE folds light from a first direction to a second direction and wherein the lens includes a lens optical axis parallel to the second direction, a lens height substantially aligned with the first direction, a first lens surface and a second lens surface diametrically opposed to the first surface, the first and second lens surfaces being in planes perpendicular to the first direction; and characterized in that an envelope surrounds the lens in at least some sections and includes, along the first direction, a first envelope section with a first opening positioned on a first side of the lens and a second envelope section with a second opening positioned on a second, diametrically opposed side of the lens, wherein the first lens surface is distanced along the first direction from an external surface of the first envelope section by a first air gap , wherein the second lens surface is distanced along the first direction from an external surface of the second envelope section by a second air gap , and wherein the folded camera has a camera height (H A ) substantially aligned with the first direction and substantially equal to a sum of the lens height, the first air gap and the second air gap. a movable lens positioned in an optical path between an optical path folding element (OPFE) and an image sensor , wherein the OPFE folds light from a first direction to a second direction and wherein the lens includes a lens optical axis parallel to the second direction, a lens height substantially aligned with the first direction, a first lens surface and a second lens surface diametrically opposed to the first surface, the first and second lens surfaces being in planes perpendicular to the first direction; and characterized in that an envelope surrounds the lens in at least some sections and includes, along the first direction, a first envelope section with a first opening positioned on a first side of the lens and a second envelope section with a second opening positioned on a second, diametrically opposed side of the lens, wherein the first lens surface is distanced along the first direction from an external surface of the first envelope section by a first air gap , wherein the second lens surface is distanced along the first direction from an external surface of the second envelope section by a second air gap , and wherein the folded camera has a camera height (H A ) substantially aligned with the first direction and substantially equal to a sum of the lens height, the first air gap and the second air gap.
An oil separator , comprising: an exterior shell defining a first interior and first and second openings fluidly communicative with the first interior ; a distributor integrated within the exterior shell to define a second interior within the first interior , the distributor having a length (L1), which is slightly less than that of the exterior shell , being disposed to define opposite spaces between opposites ends thereof and opposite ends of the exterior shell and being sealed to the exterior shell along the length to form first and second passageways (P1, P2) from the first opening to the opposite spaces ; and first and second filter media cartridges disposed within the first interior between the opposite spaces and the second opening . an exterior shell defining a first interior and first and second openings fluidly communicative with the first interior ; a distributor integrated within the exterior shell to define a second interior within the first interior , the distributor having a length (L1), which is slightly less than that of the exterior shell , being disposed to define opposite spaces between opposites ends thereof and opposite ends of the exterior shell and being sealed to the exterior shell along the length to form first and second passageways (P1, P2) from the first opening to the opposite spaces ; and first and second filter media cartridges disposed within the first interior between the opposite spaces and the second opening .
A trimmer head for a power tool , the trimmer head comprising: a drive shaft defining an axis of rotation (A), the drive shaft rotatably driven by a drive element; a cartridge including a segment of trimmer line, the cartridge being rotatable about the axis of rotation (A); and a lifting element configured to translate in a direction along the axis of rotation (A) and selectively displace the cartridge in the direction along the axis of rotation (A) characterised in further comprising: an inertial driving element configured to displace the lifting element corresponding with reducing rotational speed of the drive element. a drive shaft defining an axis of rotation (A), the drive shaft rotatably driven by a drive element; a cartridge including a segment of trimmer line, the cartridge being rotatable about the axis of rotation (A); and a lifting element configured to translate in a direction along the axis of rotation (A) and selectively displace the cartridge in the direction along the axis of rotation (A) characterised in further comprising: an inertial driving element configured to displace the lifting element corresponding with reducing rotational speed of the drive element.
A system for monitoring a screening machine , comprising: - the screening machine with a screen body and a screen fabric ; - an excitation device configured to impress to impress a broadband vibration spectrum to the screen fabric of the screening machine ; - a vibration sensor configured to record a vibration response of the screen fabric of the screening machine , wherein the vibration response indicates the reaction of the screen fabric on the impressed broadband vibration spectrum; and - a signal processing device for digitally processing and evaluating the vibration response , wherein the signal processing device comprises an adaptive algorithm which is based on the methods of artificial intelligence, is related to vibration responses of one or several comparative screen fabrics, and is adapted to characterize the vibration response recorded by the vibration sensor , - wherein the characterization of the recorded vibration response is performed with the aid of error signatures which are characteristic for deviations of the recorded vibration responses between a normal state of the screen fabric and an error state of the screen fabric , wherein the normal state characterizes the screen fabric having no defect, and the error state characterizes the screen fabric having a defect. - the screening machine with a screen body and a screen fabric ; - an excitation device configured to impress to impress a broadband vibration spectrum to the screen fabric of the screening machine ; - a vibration sensor configured to record a vibration response of the screen fabric of the screening machine , wherein the vibration response indicates the reaction of the screen fabric on the impressed broadband vibration spectrum; and - a signal processing device for digitally processing and evaluating the vibration response , - wherein the characterization of the recorded vibration response is performed with the aid of error signatures which are characteristic for deviations of the recorded vibration responses between a normal state of the screen fabric and an error state of the screen fabric , wherein the normal state characterizes the screen fabric having no defect, and the error state characterizes the screen fabric having a defect.
A method for welding an accessory part made of a thermoplastic resin to a parison made of a molten resin (P) being molded into a tank body , the method comprising steps of: - forming the accessory part to include: (i) an annular portion having an annular shape and the method being characterized in forming the accessory part to further include (ii) a plurality of projections each projecting from the annual portion in a radially inward direction; the method further comprising the steps of - holding the accessory part on a mold and welding the accessory part to an outer surface of the parison when molding the tank body and pressing the annular portion and the projections into the molten resin (P) to be welded to the molten resin (P). - forming the accessory part to include: (i) an annular portion having an annular shape and the method being characterized in forming the accessory part to further include (ii) a plurality of projections each projecting from the annual portion in a radially inward direction; the method further comprising the steps of (i) an annular portion having an annular shape and the method being characterized in forming the accessory part to further include (ii) a plurality of projections each projecting from the annual portion in a radially inward direction; the method further comprising the steps of - holding the accessory part on a mold and welding the accessory part to an outer surface of the parison when molding the tank body and pressing the annular portion and the projections into the molten resin (P) to be welded to the molten resin (P).
An apparatus comprising: one or more processors ; a memory storing processor-executable instructions that, when executed by the one or more processors , cause the one or more processors to: receive a page write request relating to one or more component blocks of a page, wherein the one or more component blocks include a page delta which is a modification to the page; determine a logical identifier corresponding to the page in a log directory ; send each corresponding component block of the one or more component blocks to a storage node for appending to an append-only storage log of the storage node, wherein the append-only storage log contains a complete image of the page; receive, from the storage node, a physical storage location of each component block of the one or more component blocks, wherein the complete image of the page and the page delta are stored in sequential blocks; and associate, in the log directory , the physical storage location of each of the one or more component blocks with the logical identifier corresponding to the page. one or more processors ; a memory storing processor-executable instructions that, when executed by the one or more processors , cause the one or more processors to: receive a page write request relating to one or more component blocks of a page, wherein the one or more component blocks include a page delta which is a modification to the page; determine a logical identifier corresponding to the page in a log directory ; send each corresponding component block of the one or more component blocks to a storage node for appending to an append-only storage log of the storage node, wherein the append-only storage log contains a complete image of the page; receive, from the storage node, a physical storage location of each component block of the one or more component blocks, wherein the complete image of the page and the page delta are stored in sequential blocks; and associate, in the log directory , the physical storage location of each of the one or more component blocks with the logical identifier corresponding to the page. receive a page write request relating to one or more component blocks of a page, wherein the one or more component blocks include a page delta which is a modification to the page; determine a logical identifier corresponding to the page in a log directory ; send each corresponding component block of the one or more component blocks to a storage node for appending to an append-only storage log of the storage node, wherein the append-only storage log contains a complete image of the page; receive, from the storage node, a physical storage location of each component block of the one or more component blocks, wherein the complete image of the page and the page delta are stored in sequential blocks; and associate, in the log directory , the physical storage location of each of the one or more component blocks with the logical identifier corresponding to the page.
A method for channel state information, CSI, quality triggered determination of autoregressive, AR, model order for a channel prediction filter, the method being performed by a network node , the method comprising: obtaining (S102) an indication of declining CSI quality in a radio environment ; and in response thereto: obtaining (S104) an estimation of current channel conditions in the radio environment ; determining (S106) the AR model order based on the estimation of current channel conditions; and performing (S110) channel prediction of the radio environment using the channel prediction filter, wherein the channel prediction filter is defined by an AR model having the determined AR model order. obtaining (S104) an estimation of current channel conditions in the radio environment ; determining (S106) the AR model order based on the estimation of current channel conditions; and performing (S110) channel prediction of the radio environment using the channel prediction filter, wherein the channel prediction filter is defined by an AR model having the determined AR model order.
Apparatus for modifying test measurement signals for protective devices for electric power networks, the apparatus having: an input interface to receive a first test measurement signal from a test generator, wherein the first test measurement signal is matched to a first electrical input characteristic of a first protective device for a power network; an electrical modification system coupled to the input interface to convert the first test measurement signal into a second test measurement signal, wherein the second test measurement signal is matched to a second electrical input characteristic of a second protective device for the power network; and an output interface to output the second test measurement signal to the second protective device, characterized in that the input interface has an input current connection and/or the output interface has an output current connection wherein the electrical modification system has a circuit which is configured to emulate a current-measuring coil, in particular a Rogowski coil, and/or the electrical modification system has a circuit which is configured to emulate a current transducer, in particular a low power current transducer. an input interface to receive a first test measurement signal from a test generator, wherein the first test measurement signal is matched to a first electrical input characteristic of a first protective device for a power network; an electrical modification system coupled to the input interface to convert the first test measurement signal into a second test measurement signal, wherein the second test measurement signal is matched to a second electrical input characteristic of a second protective device for the power network; and an output interface to output the second test measurement signal to the second protective device, characterized in that the input interface has an input current connection and/or the output interface has an output current connection wherein the electrical modification system has a circuit which is configured to emulate a current-measuring coil, in particular a Rogowski coil, and/or the electrical modification system has a circuit which is configured to emulate a current transducer, in particular a low power current transducer.
A process for the preparation of an alkali silicate S2, comprising the step of: reacting rice husk ash with at least one silicate precursor P1 to obtain an alkali silicate S2 having a SiO 2 /M 2 O molar ratio MR 2 , wherein the at least one silicate precursor P1 is: either an alkali silicate S1 having a SiO 2 /M 2 O molar ratio MR 1 , such that MR 2 > MR 1 and being prepared by direct attack of sand with an alkali hydroxide; or a mixture of sand with at least one alkali metal hydroxide.
System for checking a security document , wherein the security document has a transparent window and a UV-absorbing security element in it, the UV-absorbing security element is located on a part of the area of the transparent window , and the UV-absorbing security element is an element containing UV-absorbing ink, wherein the system contains a UV light source , and the security document , the system being characterised in that it further contains an UV fluorescent surface , where the security document is located between the UV light source and the UV fluorescent surface , and where the UV light source illuminates the UV fluorescent surface through the transparent window , and the UV-absorbing security element projects a shadow onto the UV fluorescent surface .
A panel manufacturing method for a panel made of an outer plate integrated with an inner plate , comprising: a step of applying an adhesive to a predetermined place on the outer plate; a step of mating the outer plate and the inner plate with each other and providing preliminary bonding by laser welding; a step of hemming by bending an outer edge portion of the pre-bonded outer plate to wrap over a circumferential edge portions of the inner plate and then pressing flat; and a step of sealing the panel by applying an adhesive to the panel after completion of the hemming step performed to the outer plate's circumferential edge portion, wherein the hemming step is performed in three or more sub-steps each involving the bending operation, wherein the hemming step is performed by bending and swaging mutually opposing intermediate portions in two longer sides of a rectangular panel before bending and swaging a portion from one of two short sides of the panel to the previously swaged intermediate portions, and then bending and swaging a portion from a remaining short side to the already swaged intermediate portions of the panel. a step of applying an adhesive to a predetermined place on the outer plate; a step of mating the outer plate and the inner plate with each other and providing preliminary bonding by laser welding; a step of hemming by bending an outer edge portion of the pre-bonded outer plate to wrap over a circumferential edge portions of the inner plate and then pressing flat; and a step of sealing the panel by applying an adhesive to the panel after completion of the hemming step performed to the outer plate's circumferential edge portion, wherein the hemming step is performed in three or more sub-steps each involving the bending operation, wherein the hemming step is performed by bending and swaging mutually opposing intermediate portions in two longer sides of a rectangular panel before bending and swaging a portion from one of two short sides of the panel to the previously swaged intermediate portions, and then bending and swaging a portion from a remaining short side to the already swaged intermediate portions of the panel.