mhurhangee/ep-ind-claims huggingface dataset:
A support assembly configured to support a computer device main body having a display section, the support assembly comprising: a base member disposed on an installation surface; a support unit, having a predetermined curvature, that is configured to couple with a computer device main body on one side thereof, and that is configured to reciprocate according to a tilting movement of the computer device main body between an upright position that positions the computer device main body upright with respect to the installation surface and a tablet position that positions the computer device main body in parallel with the installation surface; a guide rail that is coupled with the base member on a first side thereof and that is supported by a portion of the support unit on a second side thereof, to guide the reciprocation of the support unit; and characterized in that the assembly further comprises: an elastic unit that is coupled to the support unit to provide an elastic force that maintains a tilting position of the computer device main body when the computer device main body tilts between the upright position and the tablet position. a base member disposed on an installation surface; a support unit, having a predetermined curvature, that is configured to couple with a computer device main body on one side thereof, and that is configured to reciprocate according to a tilting movement of the computer device main body between an upright position that positions the computer device main body upright with respect to the installation surface and a tablet position that positions the computer device main body in parallel with the installation surface; a guide rail that is coupled with the base member on a first side thereof and that is supported by a portion of the support unit on a second side thereof, to guide the reciprocation of the support unit; and an elastic unit that is coupled to the support unit to provide an elastic force that maintains a tilting position of the computer device main body when the computer device main body tilts between the upright position and the tablet position.
A device (1, 2) for regulating ultrafiltration in a dialysis treatment, in which blood to be ultrafiltered flows through a blood chamber of a dialyzer that is subdivided by a semipermeable membrane into the blood chamber and a dialysis fluid chamber in an extracorporeal blood circulation, and dialysis fluid flows through the dialysis fluid chamber of the dialyzer in a dialysis fluid circulation, having a blood pump for controlling the blood flow in the extracorporeal blood circulation, having a dialysis fluid pump situated upstream from the dialyzer in the dialysis fluid circulation for controlling a dialysis fluid flow in an inflow to the dialysis fluid chamber, having a throttle situated downstream from the dialyzer in the dialysis fluid circulation for controlling the dialysis fluid flow in an outflow out of the dialysis fluid chamber, having a balancing device for establishing a fluid balance in the dialysis fluid circulation between the inflow and the outflow of the dialysis fluid chamber as a measure of ultrafiltration, and having a regulating unit, characterized in that the regulating unit is configured to regulate the throttle, so that a predetermined ultrafiltration is achieved.
A cell strain for reducing the production of replication competent adenovirus, characterized in that: it is a cell strain HEK293.CS, and in the cell strain HEK293.CS the ITR and E1A Promoter sequences of the cell strain HEK293 E1 gene is replaced with a heterologous control element, the heterologous control element is PGK Promoter.
A synthesis method of compound M1, and the method comprises the following steps: carrying out a reaction as shown below between compound SM and compound SM-A under the action of an oxidizing agent; R 1 is H, C 1 -C 4 alkyl or C 6 -C 10 aryl; R 2 is H or methyl; R 3 is H, C 1 -C 4 alkyl, C 4 -C 6 cycloalkyl or C 6 -C 10 aryl; wherein, the C 1 -C 4 alkyl, the C 6 -C 10 aryl and the C 4 -C 6 cycloalkyl are optionally substituted by 1, 2 or 3 R, and each R is independently halogen, hydroxyl, amino, C 1 -C 4 alkyl, C 1 -C 4 alkoxy, mono(C 1 -C 4 alkyl)amino, di(C 1 -C 4 alkyl)amino, cyano or nitro. R 1 is H, C 1 -C 4 alkyl or C 6 -C 10 aryl; R 2 is H or methyl; R 3 is H, C 1 -C 4 alkyl, C 4 -C 6 cycloalkyl or C 6 -C 10 aryl; wherein, the C 1 -C 4 alkyl, the C 6 -C 10 aryl and the C 4 -C 6 cycloalkyl are optionally substituted by 1, 2 or 3 R, and each R is independently halogen, hydroxyl, amino, C 1 -C 4 alkyl, C 1 -C 4 alkoxy, mono(C 1 -C 4 alkyl)amino, di(C 1 -C 4 alkyl)amino, cyano or nitro.
Temperature control system for solid oxide cells, a cell comprising a fuel side, an oxygen rich side, and an electrolyte element between the fuel side and the oxygen rich side, and the system comprising a repetitious unit structure for the solid oxide cells, characterized by, that the temperature control system comprises a fuel flow field plate structure for fuel, a flow field plate structure for oxygen rich gas, electric contacting structures for the fuel and the oxidant, a temperature control fluid structure in a flow field plate for a temperature control fluid, the temperature control fluid structure in the flow field plate being located separately between the fuel flow field plate structure and the oxidant flow field plate structure in a flow field plate, and in a liquid form the temperature control fluid comprises at least one of the liquid comprising salt solutions, supercritical fluids and phase changing materials, in a gaseous form of the temperature control fluid the gas is being reacted by at least one of endothermic and exothermic reactions, and the temperature control system comprises sealing structures to prevent leakages in the structures (104, 107, 109, 110, 112) and means for controlling operation temperature in the solid oxide cells over 350°C by optimizing temperature control fluid temperature and the flow rate.
A method for data redistribution of a job data in a first datanode to at least one additional DN in a Massively Parallel Processing Database, characterized by comprising: recording a snapshot of job data, the snapshot comprising job data information; splitting the job data into a first data portion and a redistribution data portion in the first DN; collecting changes to the job data, the changes comprising changes to the redistribution data portion and changes to the first data portion; initiating transfer of the redistribution data portion to the at least one additional DN; merging the collected changes to the redistribution data portion into the redistribution data portion. recording a snapshot of job data, the snapshot comprising job data information; splitting the job data into a first data portion and a redistribution data portion in the first DN; collecting changes to the job data, the changes comprising changes to the redistribution data portion and changes to the first data portion; initiating transfer of the redistribution data portion to the at least one additional DN; merging the collected changes to the redistribution data portion into the redistribution data portion.
A method for enhancing the gene sequencing of microbial RNA molecules from a biological specimen, the method comprising: (a) preparing the biological specimen that has been obtained as a test sample for liquid chromatography; (b) using liquid chromatography to bulk filter microbial RNA molecules from a mixture of RNA molecules in the test sample to isolate and collect the microbial RNA molecules in two or more fraction outputs of the liquid chromatography, wherein at least one of the two or more fraction outputs is a fraction output within a void volume of the liquid chromatography; (c) preparing one or more fraction outputs for gene sequencing, wherein the one or more fraction outputs is the fraction output within the void volume; and (d) conducting gene sequencing on the one or more prepared outputs to detect microbial RNA from the biological specimen. (a) preparing the biological specimen that has been obtained as a test sample for liquid chromatography; (b) using liquid chromatography to bulk filter microbial RNA molecules from a mixture of RNA molecules in the test sample to isolate and collect the microbial RNA molecules in two or more fraction outputs of the liquid chromatography, wherein at least one of the two or more fraction outputs is a fraction output within a void volume of the liquid chromatography; (c) preparing one or more fraction outputs for gene sequencing, wherein the one or more fraction outputs is the fraction output within the void volume; and (d) conducting gene sequencing on the one or more prepared outputs to detect microbial RNA from the biological specimen.
An image forming apparatus, comprising: a colorimetric area extraction unit configured to extract a colorimetric area from an image formation area based on designation according to an operation by a user, the image formation area in which an image as a print target is to be formed; and a color difference determination unit configured to calculate a color difference between a first page and a second page subsequent to the first page based on a colorimetric value in the extracted colorimetric area and to determine whether to continue printing according to the calculated color difference; characterised in that: the first page and the second page are printed according to a print job for printing multiple copies of the print target, the first page is included in a first copy of the printing job, the second page is included in a second and subsequent copies of the printing job and has a same page number as the first page, and the color difference determination unit calculates the color difference between pages having the same page number of different copies and determines whether to continue printing based on the calculated color difference. a colorimetric area extraction unit configured to extract a colorimetric area from an image formation area based on designation according to an operation by a user, the image formation area in which an image as a print target is to be formed; and a color difference determination unit configured to calculate a color difference between a first page and a second page subsequent to the first page based on a colorimetric value in the extracted colorimetric area and to determine whether to continue printing according to the calculated color difference; characterised in that: the first page and the second page are printed according to a print job for printing multiple copies of the print target, the first page is included in a first copy of the printing job, the second page is included in a second and subsequent copies of the printing job and has a same page number as the first page, and the color difference determination unit calculates the color difference between pages having the same page number of different copies and determines whether to continue printing based on the calculated color difference. the first page and the second page are printed according to a print job for printing multiple copies of the print target, the first page is included in a first copy of the printing job, the second page is included in a second and subsequent copies of the printing job and has a same page number as the first page, and the color difference determination unit calculates the color difference between pages having the same page number of different copies and determines whether to continue printing based on the calculated color difference.
A method of forming a part, the method comprising: inserting a blank into a die, the die comprising a mold (100, 502) mounted above a sealing counterpart; clamping the blank between the mold (100, 502) and the sealing counterpart; applying a first pressure on the blank from the sealing counterpart so the blank is pressed upward to form a shaped part corresponding to the mold (100, 502), the first pressure being applied through a diffuser on the sealing counterpart, the method being characterized in that: the diffuser comprises multiple levels in which a gas passes through a convoluted pathway before moving to a next level; the method further comprising: applying a vacuum to the shaped part to hold it against the mold (100, 502); separating the mold (100, 502) and the sealing counterpart wherein the vacuum holds the shaped part against the mold (100, 502); and discontinuing the vacuum to allow the shaped part to be released from the mold (100, 502). inserting a blank into a die, the die comprising a mold (100, 502) mounted above a sealing counterpart; clamping the blank between the mold (100, 502) and the sealing counterpart; applying a first pressure on the blank from the sealing counterpart so the blank is pressed upward to form a shaped part corresponding to the mold (100, 502), the first pressure being applied through a diffuser on the sealing counterpart, the method being characterized in that: the diffuser comprises multiple levels in which a gas passes through a convoluted pathway before moving to a next level; the method further comprising: applying a vacuum to the shaped part to hold it against the mold (100, 502); separating the mold (100, 502) and the sealing counterpart wherein the vacuum holds the shaped part against the mold (100, 502); and discontinuing the vacuum to allow the shaped part to be released from the mold (100, 502). applying a vacuum to the shaped part to hold it against the mold (100, 502); separating the mold (100, 502) and the sealing counterpart wherein the vacuum holds the shaped part against the mold (100, 502); and discontinuing the vacuum to allow the shaped part to be released from the mold (100, 502).
A battery having such a structure that a first current collector layer, a first active material layer, an electrolyte layer, a second active material layer and a second current collector layer are laminated in this order, wherein the first active material layer has an island structure in which a plurality of island parts (121, 122a, 123a) containing an active material are arranged on a surface of the first current collector layer while being separated from each other; and an angle at a side including the first active material layer out of angles formed between the surface of the first current collector layer and a tangent drawn to the first active material layer at a contact point of each island part and the first current collector layer is smaller than 90°, characterized in that the first active material layer is formed on a flat surface of the first current collector layer.
Aqueous polymeric composition capable of forming, after application followed by drying on a substrate to be decontaminated or depolluted, a peelable film coating a surface of the substrate adhering thereto, the composition comprising an aqueous solvent and at least one polyvinyl alcohol soluble in said solvent, characterised in that the composition comprises the product of a chemical reaction between a first film-forming component and a second oxidising component of the composition, said first component comprising said aqueous solvent and said at least one polyvinyl alcohol, said second component comprising an oxidising agent formed from a metallic cation complex and present in the composition according to a mass fraction between 20% and 45%, the product of said reaction comprising a polymeric chain of said at least one polyvinyl alcohol which is modified by said oxidising agent by being ruptured by said cation, the composition being capable of eroding said substrate by transferring an oxidised superficial layer thereof onto the film by a peeling of the film performed after said drying.
A processor which operates at a frequency of a clock signal supplied from a clock oscillator and with a power supply voltage supplied from a power supply circuit, and is capable of controlling the frequency of the clock signal and the power supply voltage, characterized in that the processor controls the frequency supplied from the clock oscillator and the power supply voltage supplied from the power supply circuit so that energy consumption to process a predetermined amount of data takes a value within a predetermined range corresponding to the energy consumption in a range of ±25% of the frequency providing a minimum value of the energy consumption, the energy consumption being defined by the frequency, the power supply voltage, and power supply efficiency of the power supply circuit, the processor comprises: a section that calculates the energy consumption to process a predetermined amount of data on the basis of the frequency, the power supply voltage, and the power supply efficiency of the power supply circuit; and a controller that controls the frequency supplied from the clock oscillator and the power supply voltage supplied from the power supply circuit. a section that calculates the energy consumption to process a predetermined amount of data on the basis of the frequency, the power supply voltage, and the power supply efficiency of the power supply circuit; and a controller that controls the frequency supplied from the clock oscillator and the power supply voltage supplied from the power supply circuit.
Method for rotationally driving an aircraft wheel, the wheel being equipped with a rim comprising two half-rims assembled by bolts, in which method a drive member for generating a torque for driving the wheel is controlled, characterized in that the method comprises the transfer of the drive torque to the wheel via the rim assembly bolts by means of a drive member which comprises a motor having an output member forming part of a rotor of the motor mounted coaxially to the wheel, the output member being connected to the rim assembly bolts by an interfacing member (20; 120).
A computing system (100, 500) that is implemented in a decentralized network that implements a distributed ledger, the distributed ledger being configured to back one or more decentralized identities, DID, for one or more users of the computing system, the computing system comprising: one or more processors; and one or more computer-readable media having thereon computer-executable instructions that are structured such that, when executed by the one or more processors, cause the computing system to: create, by a first entity (550, 610), an attestation (501, 601) defining information about an owner of a decentralized identifier in the decentralized network wherein the information is to be used by a second entity and wherein the attestation (501, 601) includes contact metadata (501A, 601A) that defines how to contact the first entity; provide, the attestation (501, 601) from the owner of the decentralized identifier to the second entity of the decentralized network; and in response to receiving the attestation, by the second entity, cause a notification to be sent to the first entity using the contact metadata such that the first entity, who has issued the attestation, is notified when the attestation is used by the owner of the decentralized identifier. one or more processors; and one or more computer-readable media having thereon computer-executable instructions that are structured such that, when executed by the one or more processors, cause the computing system to: create, by a first entity (550, 610), an attestation (501, 601) defining information about an owner of a decentralized identifier in the decentralized network wherein the information is to be used by a second entity and wherein the attestation (501, 601) includes contact metadata (501A, 601A) that defines how to contact the first entity; provide, the attestation (501, 601) from the owner of the decentralized identifier to the second entity of the decentralized network; and in response to receiving the attestation, by the second entity, cause a notification to be sent to the first entity using the contact metadata such that the first entity, who has issued the attestation, is notified when the attestation is used by the owner of the decentralized identifier. create, by a first entity (550, 610), an attestation (501, 601) defining information about an owner of a decentralized identifier in the decentralized network wherein the information is to be used by a second entity and wherein the attestation (501, 601) includes contact metadata (501A, 601A) that defines how to contact the first entity; provide, the attestation (501, 601) from the owner of the decentralized identifier to the second entity of the decentralized network; and in response to receiving the attestation, by the second entity, cause a notification to be sent to the first entity using the contact metadata such that the first entity, who has issued the attestation, is notified when the attestation is used by the owner of the decentralized identifier.
A fuel cell comprising a casing and a biomimetic artificial membrane arranged within the casing to form two distinct chambers, wherein - each chamber is provided for enclosing a liquid of a given composition, - the biomimetic artificial membrane comprises three distinct layers: ∘ a lipid membrane comprising a plurality of lipid molecules arranged in a layer; ∘ a supporting semi-permeable membrane for supporting the lipid membrane; and ∘ a polyelectrolyte membrane interposed between the supporting semi-permeable membrane and the lipid membrane; wherein fuel of the fuel cell is NaCl, one of said liquid comprising said NaCl in order to create a gradient of Na + over the biomimetic artificial membrane, the lipid membrane including a plurality of lipid molecules arranged in a bilayer and at least a Na + /H + transport protein for creation of the gradient of pH over the membrane due the gradient of Na +, and the fuel cell further comprises means for transforming said gradient of pH into energy. - each chamber is provided for enclosing a liquid of a given composition, - the biomimetic artificial membrane comprises three distinct layers: ∘ a lipid membrane comprising a plurality of lipid molecules arranged in a layer; ∘ a supporting semi-permeable membrane for supporting the lipid membrane; and ∘ a polyelectrolyte membrane interposed between the supporting semi-permeable membrane and the lipid membrane; ∘ a lipid membrane comprising a plurality of lipid molecules arranged in a layer; ∘ a supporting semi-permeable membrane for supporting the lipid membrane; and ∘ a polyelectrolyte membrane interposed between the supporting semi-permeable membrane and the lipid membrane;