mhurhangee/patent-ind-claim-en huggingface dataset:
Treatment device for treating process liquid loaded with solids by separating the process liquid and the solids, a filter system having a separation filter for filtering the solids from the process liquid being provided in the treatment device , a process liquid container for receiving process liquid filtered in the filter system being provided in the treatment device , characterized in that a flotation tank and a supply line for supplying impure process liquid loaded with solids and mixed with air bubbles are provided in the treatment device , wherein the supply line is connected to the flotation tank and solid particles collect in the flotation tank by flotation into an upper region and by sedimentation in a lower bottom region of the flotation tank , in that a removal region with process liquid is formed in the flotation tank between the upper region and the bottom region and a removal line is provided in order to remove process liquid from the removal region , wherein the removal region is located above the bottom region in the lower third of the flotation tank , and/or a channel is provided in the flotation tank , which channel opens at one end in the region of the bottom region and opens at the opposite end in a removal container separated from the flotation tank , and a second removal line is provided in order to remove process liquid from the removal container , and in that lines are provided in the treatment device in order to supply the separation filter with process liquid loaded with solids from the upper region of the flotation tank and from the bottom region of the flotation tank .
A curable resin composition, comprising: (a) a vinyl ester or unsaturated polyester in an amount of about 20 - 80 % by weight, based on the total weight of the composition; (b) a (meth)acrylate monomer having an olefin functionality of ≥ 3 in an amount of about 20 - 80 % by weight; based on the total weight of the composition, and (c) a synthesis catalyst for the production of the vinyl ester or unsaturated polyester which contains at least one reactive double bond. (a) a vinyl ester or unsaturated polyester in an amount of about 20 - 80 % by weight, based on the total weight of the composition; (b) a (meth)acrylate monomer having an olefin functionality of ≥ 3 in an amount of about 20 - 80 % by weight; based on the total weight of the composition, and (c) a synthesis catalyst for the production of the vinyl ester or unsaturated polyester which contains at least one reactive double bond.
A test system for testing a device-under-test, DUT , comprising: a transmitting and/or receiving device ; and an antenna array which is connected to the transmitting and/or receiving device ; wherein the antenna array comprises a plurality of antenna elements being grouped in at least two subgroups; wherein the antenna elements in at least one subgroup of the antenna array are configured to apply an amplitude and/or phase shift to a signal which is transmitted to the DUT or received from the DUT; characterised in that said amplitude and/or phase shift is provided by a weight generator of the test system ; wherein the weight generator is configured to provide the amplitude and/or phase shift to the antenna elements of the at least one subgroup by means of an aggregated analog and digital weighting. a transmitting and/or receiving device ; and an antenna array which is connected to the transmitting and/or receiving device ; wherein the antenna array comprises a plurality of antenna elements being grouped in at least two subgroups; wherein the antenna elements in at least one subgroup of the antenna array are configured to apply an amplitude and/or phase shift to a signal which is transmitted to the DUT or received from the DUT; characterised in that said amplitude and/or phase shift is provided by a weight generator of the test system ; wherein the weight generator is configured to provide the amplitude and/or phase shift to the antenna elements of the at least one subgroup by means of an aggregated analog and digital weighting.
A nucleic acid primer set for amplifying a target nucleic acid in a sample, wherein the target nucleic acid comprises a first template strand and, optionally, a second template strand, wherein the second template strand is complementary to the first template strand, the primer set comprising oligonucleotides in the form of, or capable of forming, at least two first primers capable of hybridizing to the first template strand, wherein the at least two first primers comprise a first outer primer and a first inner primer, the first outer primer comprising a primer sequence a that specifically hybridizes to first template strand sequence a' ; and the first inner primer comprising a single-stranded primer sequence b that specifically hybridizes to first template strand sequence b' , wherein b' is adjacent to, and 5' of, a' , and wherein single-stranded primer sequence b is linked at its 5' end to a first strand of a double-stranded primer sequence comprising: a primer sequence a adjacent to, and 5' of, single-stranded primer sequence b ; and a clamp sequence c adjacent to, and 5' of, primer sequence a , wherein clamp sequence c is not complementary to a first strand template sequence d' , which is adjacent to, and 3' of, first strand template sequence a' , wherein the primer set optionally comprises at least one second primer capable of specifically hybridizing to the second template strand. a primer sequence a adjacent to, and 5' of, single-stranded primer sequence b ; and a clamp sequence c adjacent to, and 5' of, primer sequence a , wherein clamp sequence c is not complementary to a first strand template sequence d' , which is adjacent to, and 3' of, first strand template sequence a' , wherein the primer set optionally comprises at least one second primer capable of specifically hybridizing to the second template strand.
Method for operating a suction device , said suction device comprising a suction unit and a removable filtering device , wherein the suction unit generates a suction flow that flows through the filtering device when this is arranged on the suction device , in which method, after the suction unit is started up, a check is performed as to whether the filtering device is present, and if it is detected that the filtering device is not present, the suction unit is switched off, wherein an evaluation unit uses check data and determines therefrom whether a switch-off signal is to be generated for the suction unit or not, characterized in that the evaluation unit uses an algorithm or a table to arrive at a decision on switching off the suction unit based on the check data, and in that the table contains at least one threshold value or the algorithm defines at least one threshold value, wherein the at least one threshold value is a threshold value for switching off the suction unit .
A system or device for attracting pests, comprising i) CO 2 -releasing microorganisms, ii) nutrients specific for these microorganisms, iii) auxiliary organisms which support the supply of nutrients to the CO 2 -releasingmicro-organisms, iv) a biodegradable biopolymer which fully surrounds the other constituents of the system and allows release of CO 2 over a period of more than 20 days.
A method for the production of a monomer from a feed material containing a polymer from which the monomer is a constituent, the production method being implemented in a depolymerization installation comprising a pyrolysis reactor and a condenser , the production method comprising the steps of: - pyrolizing the feed material in the pyrolysis reactor so as to generate a gas stream, the feed material travelling from an inlet of the pyrolysis reactor to an outlet of the pyrolysis reactor with being subjected to heat such as to generate the gas stream at the outlet of the pyrolysis reactor ; and - condensing the monomer contained in the gas stream in the condenser such as to obtain liquid monomer; the production method further comprising feeding the pyrolysis reactor with solid and/or liquid impurities separated from the gas stream generated in the depolymerization installation and/or a gas stream generated in another depolymerization installation and/or with a syrup containing the polymer and/or the monomer and/or oligomers of the monomer. - pyrolizing the feed material in the pyrolysis reactor so as to generate a gas stream, the feed material travelling from an inlet of the pyrolysis reactor to an outlet of the pyrolysis reactor with being subjected to heat such as to generate the gas stream at the outlet of the pyrolysis reactor ; and - condensing the monomer contained in the gas stream in the condenser such as to obtain liquid monomer;
A flying body comprising: a reflector which comprises a reflective surface arranged in an aperture and configured to reflect a laser radiated in a direction from which the laser is radiated; characterized by a controller configured to generate a control signal in accordance with a state of the flying body; and an anti-reflection section configured to prevent a reflection of a laser by the reflective surface on a basis of the control signal. a reflector which comprises a reflective surface arranged in an aperture and configured to reflect a laser radiated in a direction from which the laser is radiated; characterized by a controller configured to generate a control signal in accordance with a state of the flying body; and an anti-reflection section configured to prevent a reflection of a laser by the reflective surface on a basis of the control signal.
A tire comprising a sidewall portion , wherein at least one mark formed by a character or a figure is disposed on a surface of the sidewall portion , and wherein a decorative region having a plurality of micro projections is formed adjacent to the mark on the surface of the sidewall portion outside the mark , characterized in that the decorative region comprises a first region formed in at least a part of the decorative region such that the greater a distance from the mark is, the less a height (H6) of the micro projections is. a sidewall portion , wherein at least one mark formed by a character or a figure is disposed on a surface of the sidewall portion , and wherein a decorative region having a plurality of micro projections is formed adjacent to the mark on the surface of the sidewall portion outside the mark , characterized in that the decorative region comprises a first region formed in at least a part of the decorative region such that the greater a distance from the mark is, the less a height (H6) of the micro projections is.
A method of assisting the evaluation of the effect of a drug therapy, the method comprising measuring a PARK7 level in a blood sample taken from a patient with kidney cancer who receives the drug therapy for the treatment of kidney cancer, wherein (i) an increased PARK7 level indicates that the drug therapy is not effective; and (ii) whether the PARK7 level has been increased or not is determined by comparing the measured value at least with the last measurement value in the patient. (i) an increased PARK7 level indicates that the drug therapy is not effective; and (ii) whether the PARK7 level has been increased or not is determined by comparing the measured value at least with the last measurement value in the patient.
A gas turbine engine comprising: a central, longitudinal axis defining a circumferential direction and a radial direction, the central longitudinal axis defined by the gas turbine engine; a manifold ring defining at least one circumferentially extending flow channel ; and a plurality of feed arms extending radially outward from the manifold ring, wherein each feed arm includes a plurality of branches extending therefrom, wherein each branch is in fluid communication with the manifold ring through a respective one of the plurality of feed arms; a main inlet extending radially inward to the manifold ring, wherein the main inlet includes at least one main inlet fluid channel feeding radially inward to the at least one circumferentially extending flow channel of the manifold ring, and wherein each of the plurality of feed arms includes at least one feed arm fuel channel feeding radially outward from the at least one circumferentially extending flow channel of the manifold ring; and a combustor wherein the manifold ring and plurality of feed arms are integrated in a combustor dome at an upstream end of the combustor; and a plurality of nozzles , each nozzle connected to a respective one of the plurality of branches, wherein the gas turbine engine is devoid of nozzles radially inward from the manifold ring; and wherein the main inlet extends along one of the plurality of feed arms. a central, longitudinal axis defining a circumferential direction and a radial direction, the central longitudinal axis defined by the gas turbine engine; a manifold ring defining at least one circumferentially extending flow channel ; and a plurality of feed arms extending radially outward from the manifold ring, wherein each feed arm includes a plurality of branches extending therefrom, wherein each branch is in fluid communication with the manifold ring through a respective one of the plurality of feed arms; a main inlet extending radially inward to the manifold ring, wherein the main inlet includes at least one main inlet fluid channel feeding radially inward to the at least one circumferentially extending flow channel of the manifold ring, and wherein each of the plurality of feed arms includes at least one feed arm fuel channel feeding radially outward from the at least one circumferentially extending flow channel of the manifold ring; and a combustor wherein the manifold ring and plurality of feed arms are integrated in a combustor dome at an upstream end of the combustor; and a plurality of nozzles , each nozzle connected to a respective one of the plurality of branches, wherein the gas turbine engine is devoid of nozzles radially inward from the manifold ring; and
Spraying device for spraying a fluid, comprising: a dosing mechanism , which is an eccentric screw pump, for volumetric dosing the fluid, a spraying mechanism which is suited to spray the fluid that is dosed by of the dosing mechanism by means of a gas, and a spraying head with a gas cap and a dosing needle out of which the dosed fluid exits and which is guided through the gas cap , wherein the dosing needle protrudes over the gas cap along a longitudinal direction (L 1 ) of the spraying device , stands back behind the gas cap or is flush with the gas cap , wherein the dosing needle and/or the gas cap are length adjustable, wherein the spraying head comprises an swirling element for swirling the gas, and wherein the swirling element is made of a porous material comprising a polymer, a ceramic or a metal. a dosing mechanism , which is an eccentric screw pump, for volumetric dosing the fluid, a spraying mechanism which is suited to spray the fluid that is dosed by of the dosing mechanism by means of a gas, and a spraying head with a gas cap and a dosing needle out of which the dosed fluid exits and which is guided through the gas cap , wherein the dosing needle protrudes over the gas cap along a longitudinal direction (L 1 ) of the spraying device , stands back behind the gas cap or is flush with the gas cap , wherein the dosing needle and/or the gas cap are length adjustable, wherein the spraying head comprises an swirling element for swirling the gas, and wherein the swirling element is made of a porous material comprising a polymer, a ceramic or a metal.
Method for purifying an immunoglobulin from a sample comprising the immunoglobulin and at least one impurity, the method comprising the following steps in the following order: (a) exposing the sample to anion exchange chromatography and obtaining the immunoglobulin, which is not bound to the anion exchange chromatography resin, in the flow-through; (b) exposing the flow-through obtained in step (a) either to Protein A affinity chromatography, wherein the immunoglobulin is bound to the Protein A affinity chromatography resin, and obtaining the immunoglobulin in the eluate by eluting the protein from the Protein A affinity chromatography resin, or to Mixed Mode chromatography, wherein the immunoglobulin is bound to the Mixed Mode chromatography resin, and obtaining the immunoglobulin in the eluate by eluting the protein from the Mixed Mode chromatography resin; (c) incubating the eluate obtained in step (b) at low pH of 2.5 to 4.5 for a defined time; wherein the method results in a cumulative log 10 reduction factor for steps (a) and (c) of at least 10 with respect to enveloped viruses, wherein the sample is harvested cell culture fluid, cell culture supernatant or pretreated cell culture supernatant. (a) exposing the sample to anion exchange chromatography and obtaining the immunoglobulin, which is not bound to the anion exchange chromatography resin, in the flow-through; (b) exposing the flow-through obtained in step (a) either to Protein A affinity chromatography, wherein the immunoglobulin is bound to the Protein A affinity chromatography resin, and obtaining the immunoglobulin in the eluate by eluting the protein from the Protein A affinity chromatography resin, or to Mixed Mode chromatography, wherein the immunoglobulin is bound to the Mixed Mode chromatography resin, and obtaining the immunoglobulin in the eluate by eluting the protein from the Mixed Mode chromatography resin; (c) incubating the eluate obtained in step (b) at low pH of 2.5 to 4.5 for a defined time;
An electron microscope, comprising: an electron beam emission unit (16-20) configured to apply an electron beam to a specimen along an optical axis; a contamination prevention irradiation device configured to apply a laser beam for contamination prevention to the specimen along the optical axis; wherein the contamination prevention irradiation device includes: a generation unit configured to generate the laser beam, and a mirror unit having a mirror surface for reflecting the laser beam, the mirror unit being disposed between the generation unit and the specimen; a lens barrel for accommodating the electron beam emission unit (16-20), wherein the generation unit is mounted outside the lens barrel , and the mirror unit is mounted inside the lens barrel ; and an objective lens having an electron beam inlet, an electron beam outlet, and a specimen space for accommodating the specimen, characterized in that the laser beam is arranged to be reflected on the mirror unit to be applied to the specimen in the objective lens through the electron beam inlet or the electron beam outlet. an electron beam emission unit (16-20) configured to apply an electron beam to a specimen along an optical axis; a contamination prevention irradiation device configured to apply a laser beam for contamination prevention to the specimen along the optical axis; wherein the contamination prevention irradiation device includes: a generation unit configured to generate the laser beam, and a mirror unit having a mirror surface for reflecting the laser beam, the mirror unit being disposed between the generation unit and the specimen; a generation unit configured to generate the laser beam, and a mirror unit having a mirror surface for reflecting the laser beam, the mirror unit being disposed between the generation unit and the specimen; a lens barrel for accommodating the electron beam emission unit (16-20), wherein the generation unit is mounted outside the lens barrel , and the mirror unit is mounted inside the lens barrel ; and an objective lens having an electron beam inlet, an electron beam outlet, and a specimen space for accommodating the specimen, characterized in that the laser beam is arranged to be reflected on the mirror unit to be applied to the specimen in the objective lens through the electron beam inlet or the electron beam outlet.
A cosmetic item comprising: i. A casing, ii. A reservoir housed within the casing, containing a thixotropic cosmetic composition, and having an opening to deliver said cosmetic composition, iii. A mesh covering said opening of the reservoir, configured to be impermeable to the cosmetic composition when the latter is not subjected to a shear stress, and permeable to the cosmetic composition when the latter is subjected to a shear stress. i. A casing, ii. A reservoir housed within the casing, containing a thixotropic cosmetic composition, and having an opening to deliver said cosmetic composition, iii. A mesh covering said opening of the reservoir, configured to be impermeable to the cosmetic composition when the latter is not subjected to a shear stress, and permeable to the cosmetic composition when the latter is subjected to a shear stress.
A pixel comprising: a constant current source electrically connected to a first node ; an integrating capacitor electrically connected between the first node and a ground ; a sampling transistor electrically connected between the first node and a second node ; and a photodiode electrically connected between a base terminal of the sampling transistor and the ground for switching electrical connectivity through the sampling transistor in response to radiation incident on the photodiode . a constant current source electrically connected to a first node ; an integrating capacitor electrically connected between the first node and a ground ; a sampling transistor electrically connected between the first node and a second node ; and a photodiode electrically connected between a base terminal of the sampling transistor and the ground for switching electrical connectivity through the sampling transistor in response to radiation incident on the photodiode .
Method for the production of dextran comprising the following steps: a) Prepare a culture medium containing the appropriated mixture and balance of ingredients, in particular carbon and nitrogen sources, with an initial pH, b) Inoculate the culture medium with an appropriated quantity of bacteria strain to standardize the production and avoid as much as possible the variability of the system; c) Carry out the fermentation; d) Precipitate the dextran to separate the product from the culture medium; characterized in that the bacteria strain is a strain of Weissella cibaria as from the deposit No. NCIMB 42196. a) Prepare a culture medium containing the appropriated mixture and balance of ingredients, in particular carbon and nitrogen sources, with an initial pH, b) Inoculate the culture medium with an appropriated quantity of bacteria strain to standardize the production and avoid as much as possible the variability of the system; c) Carry out the fermentation; d) Precipitate the dextran to separate the product from the culture medium;
A video encoding device comprising at least one processor adapted for: - encoding video information into a plurality of transport packets of a packetized data stream, - inserting metadata into transport priority bits of transport headers of at least two transport packets of said plurality of transport packets, wherein said metadata of said plurality of transport packets are adapted to be assembled into bytes representing at least one message adapted to support a trick play function for said video information. - encoding video information into a plurality of transport packets of a packetized data stream, - inserting metadata into transport priority bits of transport headers of at least two transport packets of said plurality of transport packets, wherein said metadata of said plurality of transport packets are adapted to be assembled into bytes representing at least one message adapted to support a trick play function for said video information.