mhurhangee/patent-ind-claim-en huggingface dataset:
Central domestic services installation, which comprises at least one prefabricated domestic services heating module and one domestic services plumbing module in each case, which module consists in each case of corner profiles and horizontal mounting profiles which interconnect at least two of the corner profiles , and peripheral cladding elements , the corner profiles each being equipped at the end with fastening elements for fixing to a floor and to a ceiling of a building, the corner profiles and/or the fastening elements being arranged telescopically for a change in length, and the cladding elements being arranged either telescopically or so as to be variable in their vertical position, and at least one of the mounting profiles being equipped with a device for domestic ventilation, the central domestic services installation comprising a heat source, characterized in that the at least one of the mounting profiles is equipped with a rainwater manager which has at least two inlets and at least one outlet, in that the central domestic services installation has a cistern for rainwater, and in that the device for domestic ventilation comprises a heat exchanger through which a water flow and the supply air flow flows, the water flow being coupled to the heat source in order to heat the supply air and being coupled to the rain water manager and the rain water from the cistern in order to cool the supply air.
A method for producing an antigen comprising at least one hydrophobic or partially hydrophobic antigen molecule from a virus, a bacterium, fungus, protozoan, parasite, a human neoplastic cell or an animal neoplastic, tumour or cancer cell or an integral membrane or peripheral membrane protein from a eukaryotic cell, the method comprising the steps of - providing a virus, or cell comprising an antigen molecule, - wherein, when a cell is provided, purifying the cell comprising the antigen molecule, - solubilizing the antigen molecule in a solubilizing agent that preserves intact an antigen molecule upon solubilization, - reconstituting the antigen molecule in the presence of a lipid-binding polypeptide that provides a lipid membrane mimicking environment, wherein the solubilized antigen self-assembles into stable lipid binding polypeptide-antigen particles, and wherein the lipid-binding polypeptide that provides a lipid membrane mimicking environment is a saposin-like protein (SAPLIP) or a truncated form thereof, wherein - the SAPLIP is selected from (Homo sapiens, Equus caballus, Bos taurus, Mus musculus, Oryctolagus cuniculus, Rattus norvegicus or Xenopus laevis) saposin A, saposin B, saposin C or saposin D, and wherein - the truncated form thereof is amphipathic, forms at least one alpha helix, and is capable of self-assembling together with solubilized antigens into lipid-binding polypeptide/antigen particles when employed in the preparation method that is specified above. - providing a virus, or cell comprising an antigen molecule, - wherein, when a cell is provided, purifying the cell comprising the antigen molecule, - solubilizing the antigen molecule in a solubilizing agent that preserves intact an antigen molecule upon solubilization, - reconstituting the antigen molecule in the presence of a lipid-binding polypeptide that provides a lipid membrane mimicking environment, wherein the solubilized antigen self-assembles into stable lipid binding polypeptide-antigen particles, and - the SAPLIP is selected from (Homo sapiens, Equus caballus, Bos taurus, Mus musculus, Oryctolagus cuniculus, Rattus norvegicus or Xenopus laevis) saposin A, saposin B, saposin C or saposin D, and wherein - the truncated form thereof is amphipathic, forms at least one alpha helix, and is capable of self-assembling together with solubilized antigens into lipid-binding polypeptide/antigen particles when employed in the preparation method that is specified above.
A method of displaying a photographing mode, the method comprising: generating input images (S100); determining scene information (S110) by recognizing scenes in the input images; obtaining lens information (S120) related to a lens of an electronic apparatus which comprises at least one of aperture information, focal distance information, information about whether three-dimensional images are taken, aperture shape information, or distortion correction information; the method being characterized in that it further comprises: determining setup information (S130) by using the scene information and the lens information to determine a list of setup values of photographing conditions which comprises at least one of white balance, exposure value compensation (EVC), color correction, flash amount adjustment, sensitivity adjustment, aperture adjustment, or shutter speed adjustment; searching for at least one of a plurality of photographing modes (S140) of the electronic apparatus which comprises the setup information; and displaying, based on the search, at least one photographing mode (S150) selectable by a user on a display unit of the electronic apparatus. generating input images (S100); determining scene information (S110) by recognizing scenes in the input images; obtaining lens information (S120) related to a lens of an electronic apparatus which comprises at least one of aperture information, focal distance information, information about whether three-dimensional images are taken, aperture shape information, or distortion correction information; determining setup information (S130) by using the scene information and the lens information to determine a list of setup values of photographing conditions which comprises at least one of white balance, exposure value compensation (EVC), color correction, flash amount adjustment, sensitivity adjustment, aperture adjustment, or shutter speed adjustment; searching for at least one of a plurality of photographing modes (S140) of the electronic apparatus which comprises the setup information; and displaying, based on the search, at least one photographing mode (S150) selectable by a user on a display unit of the electronic apparatus.
A transmitting device for a communication system , the transmitting device being configured to obtain an information message comprising information bits addressed for a receiving device ; encode the information message so as to obtain a codeword; rate-match the codeword so as to produce a rate-matched codeword comprising systematic bits and parity-check bits; jointly interleave the systematic bits and parity-check bits of the rate-matched codeword so as to obtain an interleaved codeword, wherein the rate-matched codeword is interleaved by writing it column-wise to a matrix, starting from the upper left corner and proceeding top-to-bottom first and then left-to-right, wherein the interleaved codeword is a matrix having m columns and s rows, wherein m is the number of bits in labels of the modulation constellation, and wherein s times m is at least equal to the length of the codeword; and map the systematic bits of the interleaved codeword to modulation label positions of a modulation constellation with first reliabilities, and map the parity-check bits of the interleaved codeword to modulation label positions of the modulation constellation with second reliabilities, wherein the content of the matrix is read out row-wise, starting from the first row, wherein each first reliability is higher than any second reliability in an initial transmission, and each first reliability is lower than any second reliability in a re-transmission. obtain an information message comprising information bits addressed for a receiving device ; encode the information message so as to obtain a codeword; rate-match the codeword so as to produce a rate-matched codeword comprising systematic bits and parity-check bits; jointly interleave the systematic bits and parity-check bits of the rate-matched codeword so as to obtain an interleaved codeword, wherein the rate-matched codeword is interleaved by writing it column-wise to a matrix, starting from the upper left corner and proceeding top-to-bottom first and then left-to-right, wherein the interleaved codeword is a matrix having m columns and s rows, wherein m is the number of bits in labels of the modulation constellation, and wherein s times m is at least equal to the length of the codeword; and map the systematic bits of the interleaved codeword to modulation label positions of a modulation constellation with first reliabilities, and map the parity-check bits of the interleaved codeword to modulation label positions of the modulation constellation with second reliabilities, wherein the content of the matrix is read out row-wise, starting from the first row, wherein each first reliability is higher than any second reliability in an initial transmission, and each first reliability is lower than any second reliability in a re-transmission.
A process for the preparation of an intravenous infusion dosage form comprising: subjecting to terminal sterilization by autoclaving an aqueous solution of pemetrexed or its pharmaceutically acceptable salt at a concentration ranging from 1.0 mg/ml to 20.0 mg/ml, wherein the said aqueous solution is present in a multilayered flexible plastic infusion container, characterised in that the multilayered flexible plastic infusion container has an oxygen scavenger layer sandwiched between an outermost and innermost layer of the container, the container being free of a polyamide.
A sheet conveying device comprising: a pair of rotary bodies configured to convey a sheet (P) and correct a positional deviation of the sheet (P); and a pair of downstream side sheet conveying bodies disposed downstream from the pair of rotary bodies in a sheet conveying direction and configured to convey the sheet (P); wherein the pair of rotary bodies are configured to move the sheet (P) by moving from a home position on a sheet conveyance passage through which the sheet (P) passes; characterized in that : the pair of rotary bodies are configured to automatically separate from the sheet (P) after a predetermined number of rotations set based on the distance between the pair of rotary bodies and the pair of downstream side sheet conveying bodies; the sheet conveying device comprises a detector configured to detect separation of the pair of rotary bodies ; and in response to detection of the separation of the pair of rotary bodies by the detector , the pair of rotary bodies are configured to move to the home position while the pair of downstream side sheet conveying bodies is conveying the sheet (P). a pair of rotary bodies configured to convey a sheet (P) and correct a positional deviation of the sheet (P); and a pair of downstream side sheet conveying bodies disposed downstream from the pair of rotary bodies in a sheet conveying direction and configured to convey the sheet (P); wherein the pair of rotary bodies are configured to move the sheet (P) by moving from a home position on a sheet conveyance passage through which the sheet (P) passes; characterized in that : the pair of rotary bodies are configured to automatically separate from the sheet (P) after a predetermined number of rotations set based on the distance between the pair of rotary bodies and the pair of downstream side sheet conveying bodies; the sheet conveying device comprises a detector configured to detect separation of the pair of rotary bodies ; and in response to detection of the separation of the pair of rotary bodies by the detector , the pair of rotary bodies are configured to move to the home position while the pair of downstream side sheet conveying bodies is conveying the sheet (P). the pair of rotary bodies are configured to automatically separate from the sheet (P) after a predetermined number of rotations set based on the distance between the pair of rotary bodies and the pair of downstream side sheet conveying bodies; the sheet conveying device comprises a detector configured to detect separation of the pair of rotary bodies ; and in response to detection of the separation of the pair of rotary bodies by the detector , the pair of rotary bodies are configured to move to the home position while the pair of downstream side sheet conveying bodies is conveying the sheet (P).
System for minimizing the risk of fire when treating a substrate comprising a soil with weeds using high-voltage electrodes wherein the system comprises: a vehicle ; an applicator coupled to the vehicle ; a plurality of electrodes coupled to the applicator; the system characterized by further comprising at least one mat placed behind the electrodes of the applicator in the direction of travel. a vehicle ; an applicator coupled to the vehicle ; a plurality of electrodes coupled to the applicator; the system characterized by further comprising at least one mat placed behind the electrodes of the applicator in the direction of travel.
A pneumatic tire comprising a tread and a belt structure located radially inward of the tread , the belt structure including a pair of working belts , wherein the working belts are reinforced plies each comprising parallel reinforcement elements, wherein the angle of the reinforcement elements in the respective working belt ranges from 12 degrees to 35 degrees with respect to the circumferential direction, wherein the belt structure further includes a relatively low angle belt preferably positioned radially between the working belts , the relatively low angle belt comprising parallel reinforcement elements angled at less than 5 degrees, preferably less than 2 degrees, with respect to the circumferential direction, wherein the relatively low angle belt has folded belt edges forming a first and second narrow belt at the lateral ends of the relatively low angle belt , and wherein the first and second narrow belt are each positioned radially inward of and each at least partially extend axially under a respective axially outermost groove on each respective lateral side of the tread , characterized in that the belt structure further comprises a rubber spacer layer located between the folded belt edges .
A secondary battery , comprising a negative electrode plate , wherein the negative electrode plate comprises a negative electrode current collector and a negative electrode film, and the negative electrode film comprises a first negative electrode film and a second negative electrode film ; the first negative electrode film is disposed on at least one surface of the negative electrode current collector and comprises a first negative electrode active material, and the first negative electrode active material comprises natural graphite; and the second negative electrode film is disposed on the first negative electrode film and comprises a second negative electrode active material, the second negative electrode active material comprises artificial graphite, and the second negative electrode active material comprises secondary particles and the number percentage of secondary particles in the second negative electrode active material S2 is greater than or equal to 20%. the first negative electrode film is disposed on at least one surface of the negative electrode current collector and comprises a first negative electrode active material, and the first negative electrode active material comprises natural graphite; and the second negative electrode film is disposed on the first negative electrode film and comprises a second negative electrode active material, the second negative electrode active material comprises artificial graphite, and the second negative electrode active material comprises secondary particles and the number percentage of secondary particles in the second negative electrode active material S2 is greater than or equal to 20%.
A double fleece knit fabric composed of three kinds of yarns consisting of inlay, tie-in, and knit-in yarns, wherein the inlay yarn is held down by a tie-in loop on the face side and further overlapped and intertwined by a knit-in loop on the back side, characterised in that the tie-in yarn is knitted and welted, and the knit-in yarn is all knitted. wherein the inlay yarn is held down by a tie-in loop on the face side and further overlapped and intertwined by a knit-in loop on the back side, characterised in that the tie-in yarn is knitted and welted, and the knit-in yarn is all knitted.
Mechanism for displaying the date comprising a units indicator , a tens indicator and a date mobile connected to the units indicator and to the tens indicator for driving same, the kinematic chain connecting the date mobile to the units indicator comprising a first mobile and a second mobile , the first mobile being arranged to mesh with the second mobile ; characterised in that the first mobile comprises twenty-nine teeth cut on a profile of thirty-one teeth as well as first and second non-toothed sectors each taking the place of one tooth, the first and second non-toothed sectors of the first mobile being non-adjacent and separated by one tooth ; in that the second mobile comprises twenty-eight teeth cut on a profile of thirty teeth as well as first and second non-toothed sectors each taking the place of one tooth, the first and second non-toothed sectors of the second mobile being non-adjacent and separated by one tooth ; and in that the first mobile is arranged to perform thirty-one steps when it makes one full rotation and to drive the second mobile such that when the first mobile makes one full rotation it drives said second mobile likewise by one full rotation, said second mobile performing only thirty steps and one stop.
A transfer molding assembly for processing a ceramic-based material, a glass-based material or a combination of a ceramic/glass-based material, the assembly comprising: a chamber ; a die within the chamber ; a first gas control device configured to provide a first gas into the chamber ; a second gas control device configured to provide a second gas into the die ; wherein the first gas control device is in communication with a source of the first gas, and wherein the second gas control device is in communication with a source of the second gas; wherein the interior of the die includes a molding cavity interconnected with a reservoir , and wherein a preform is provided in the molding cavity , and a material is provided in the reservoir ; wherein the second gas inhibits a potential reaction of the preform in response to an increase in temperature a chamber ; a die within the chamber ; a first gas control device configured to provide a first gas into the chamber ; a second gas control device configured to provide a second gas into the die ; wherein the first gas control device is in communication with a source of the first gas, and wherein the second gas control device is in communication with a source of the second gas; wherein the interior of the die includes a molding cavity interconnected with a reservoir , and wherein a preform is provided in the molding cavity , and a material is provided in the reservoir ; wherein the second gas inhibits a potential reaction of the preform in response to an increase in temperature
A face mask for protecting against viral or bacterial infections, having at least one UV-C/A source and an inhalation section for covering the nose and mouth region, characterized in that the inhalation section comprises a composite of at least two translucent or semi-transparent glass layers , wherein the glass layers are constructed as porous glass plates onto which a thin, catalytically active layer has been applied which can be activated with the aid of light in the ultraviolet wavelength region (UV) extending into the visible region of the spectrum, and wherein the glass layers can be at least temporarily irradiated by the UV-C/A source .
A drug delivery device comprising: a drug container assembly containing a drug , and a plunger positioned within the container assembly, the drug container assembly having an outlet for dispensing the drug, wherein, in an initial position, the outlet is sealed; a drive mechanism comprising a first stored energy source operable to apply pressure on the plunger or the drug container assembly to pressurise the drug; a first release mechanism operable to unseal the outlet after the drug has been pressurised; characterised by a second release mechanism operable to release the first stored energy source or store energy within the first stored energy source to pressurise the drug, wherein the second release mechanism is operated by removing a cap or cover from the device. a drug container assembly containing a drug , and a plunger positioned within the container assembly, the drug container assembly having an outlet for dispensing the drug, wherein, in an initial position, the outlet is sealed; a drive mechanism comprising a first stored energy source operable to apply pressure on the plunger or the drug container assembly to pressurise the drug; a first release mechanism operable to unseal the outlet after the drug has been pressurised; characterised by a second release mechanism operable to release the first stored energy source or store energy within the first stored energy source to pressurise the drug, wherein the second release mechanism is operated by removing a cap or cover from the device.
A cleaning implement , which includes a frame and a squeegee attached to the frame and consisting of elastic material, and to the frame of which cleaning implement a cleaning cloth can be attached to wipe and clean a surface , where the cleaning cloth is attached, at least at two of its edges, to the frame of the cleaning implement such that the cleaning cloth forms a loosely hanging loop, characterized in that the cleaning cloth can be attached to the frame of the cleaning implement at only one edge, which is the first edge of the cleaning cloth, so that the frame of the cleaning implement is provided with a groove located on the side of the frame and the first edge of the cleaning cloth to be attached to the frame of the cleaning implement has an edge thickening , with the help of which first edge of the cleaning cloth can be attached to the frame of the cleaning implement such that the thickening of the edge of the cleaning cloth is threaded into the groove located on the side of the frame of the cleaning implement, and that the frame of the cleaning implement is provided with the slits located at the ends of the frame so that the edge portions of the cleaning cloth or the opposite edge of the cleaning cloth can also be attached to the frame of the cleaning implement such that corresponding spots of the opposite edge of the cleaning cloth are threaded into the slits located at the ends of the frame of the cleaning implement so that the the cleaning cloth fastened in connection with the squeegee at both of its opposite edges forms a loop or bag around a squeegee that consists of elastic material.