mhurhangee/patent-ind-claim-en huggingface dataset:
A rectifier circuit being arranged for rectifying electrical power, comprising - a three phase power input , - a magnetic splitter circuit being arranged for receiving the three phase power input and splitting the three phase power into a first three phase system and a second three phase system , said first three phase system having signals lagging signals of the second three phase system, - a twelve pulse rectifier with six input terminal to connect the first and the second three phase system, and to generate a rectified electrical power at a power output, characterized in that the rectifier circuit further comprises - a three phase inductance being connected in series with the three phase power input and the magnetic splitter circuit, and wherein the three-phase inductance being arranged to ensure continuous-conduction mode in the twelve pulse rectifier , - a plurality of power factor correction (PFC) capacitors , each comprising first and second terminals, said first terminals being connected to respective input terminals of the twelve pulse rectifier, and said second terminals being connected to at least one common electrical point , - wherein the plurality of PFC capacitors comprises six capacitors. - a three phase power input , - a magnetic splitter circuit being arranged for receiving the three phase power input and splitting the three phase power into a first three phase system and a second three phase system , said first three phase system having signals lagging signals of the second three phase system, - a twelve pulse rectifier with six input terminal to connect the first and the second three phase system, and to generate a rectified electrical power at a power output, characterized in that the rectifier circuit further comprises - a three phase inductance being connected in series with the three phase power input and the magnetic splitter circuit, and wherein the three-phase inductance being arranged to ensure continuous-conduction mode in the twelve pulse rectifier , - a plurality of power factor correction (PFC) capacitors , each comprising first and second terminals, said first terminals being connected to respective input terminals of the twelve pulse rectifier, and said second terminals being connected to at least one common electrical point , - wherein the plurality of PFC capacitors comprises six capacitors.
An assembly comprising - a CNC machining center for machining, in particular by cutting, at least one, in particular board-shaped, workpiece , in particular made of wood or of at least one wood substitute, - at least one workpiece support and - at least one workpiece and/or clamping means , to be positioned on the at least one workpiece support at least partially manually, for securing the at least one workpiece , characterized in that at least one augmented reality display device is provided, which is formed to superimpose a real image of the at least one workpiece support or of a part thereof with information on a specifiable target position (xy4) and/or target machining contour (k1) of the at least one workpiece and/or on a specifiable target position (xy2) of the at least one clamping means , and which can be worn on the body by a user , who positions the at least one workpiece and/or clamping means on the at least one workpiece support at least partially manually. - a CNC machining center for machining, in particular by cutting, at least one, in particular board-shaped, workpiece , in particular made of wood or of at least one wood substitute, - at least one workpiece support and - at least one workpiece and/or clamping means , to be positioned on the at least one workpiece support at least partially manually, for securing the at least one workpiece ,
A bandage of elongate form characterised in that it is made of sections of bandage of a woven or non-woven fabric, comprising multiple sections , wherein the sections are held together via water-soluble fibre material.
Connector for fastening a sheet-like element on an undercut T-groove , wherein the connector has a main body and a T-foot which, in a provisional position of the connector, can be inserted into the T-groove , wherein the connector can be transferred, by rotation about an axis of rotation , into a final position in which the connector engages in the T-groove in a form-fitting manner and is held on the T-groove with preloading, wherein, in the final position, an edge end face of the sheet-like element can be brought into abutment with a final abutment surface of the main body , wherein, in the provisional position, the edge end face of the sheet-like element can be brought into abutment with a provisional abutment surface of the main body , characterized in that the two abutment surfaces are tangentially connected to one another via a cylindrical abutment portion whose cylinder axis coincides with the axis of rotation .
A drive unit for a motor vehicle, comprising - an internal combustion engine which comprises a combustion engine and an exhaust gas system via which exhaust gas can be discharged from the combustion engine , and - a cyclic process device which comprises an evaporation device integrated into the exhaust gas system , an expansion device and a condensation device, the condensation device comprising a first condenser which adjoins the expansion device and through which a working medium can flow, and a second condenser through which the working medium can flow and which is connected downstream of the first condenser in the flow direction of the working medium, characterized by a bypass for bypassing the working medium to the first condenser as required. - an internal combustion engine which comprises a combustion engine and an exhaust gas system via which exhaust gas can be discharged from the combustion engine , and - a cyclic process device which comprises an evaporation device integrated into the exhaust gas system , an expansion device and a condensation device,
A cleaning mechanism, comprising: a cleaning roller configured to rotate in a first direction; a clearing component contacting the cleaning roller and configured to rotate in the first direction; and a scraper having an arc-shaped surface facing the cleaning roller , wherein: a top surface of the scraper and a shell , spaced apart from the scraper , define an opening in which the clearing component is disposed, and the scraper is disposed between the cleaning roller and a trash bin , characterized in that the clearing component comprises a plurality of clearing elements extending from a cylindrical-shaped rotation body of the clearing component , wherein: the plurality of clearing elements comprises a first clearing element and a second clearing element , and the first clearing element is spaced apart from the second clearing element by a gap. a cleaning roller configured to rotate in a first direction; a clearing component contacting the cleaning roller and configured to rotate in the first direction; and a scraper having an arc-shaped surface facing the cleaning roller , wherein: a top surface of the scraper and a shell , spaced apart from the scraper , define an opening in which the clearing component is disposed, and the scraper is disposed between the cleaning roller and a trash bin , a top surface of the scraper and a shell , spaced apart from the scraper , define an opening in which the clearing component is disposed, and the scraper is disposed between the cleaning roller and a trash bin , characterized in that the clearing component comprises a plurality of clearing elements extending from a cylindrical-shaped rotation body of the clearing component , wherein: the plurality of clearing elements comprises a first clearing element and a second clearing element , and the first clearing element is spaced apart from the second clearing element by a gap. the plurality of clearing elements comprises a first clearing element and a second clearing element , and the first clearing element is spaced apart from the second clearing element by a gap.
A method for purifying saponins from Quillaja saponaria Molina plants, comprising: providing a plant extract containing saponins; mixing the extract with a salt and a solvent to form a first solution, wherein the first solution comprises saponins and ion-polysaccharide complexes; adjusting the pH of the first solution to between 6 and 7; adding at least one phosphate to the first solution, thereby forming a first mixture that is free of soluble ion-polysaccharides complexes; optionally heating the first mixture; filtering the first mixture to obtain a second solution; and clarifying the second solution to produce an extract of purified saponins. providing a plant extract containing saponins; mixing the extract with a salt and a solvent to form a first solution, wherein the first solution comprises saponins and ion-polysaccharide complexes; adjusting the pH of the first solution to between 6 and 7; adding at least one phosphate to the first solution, thereby forming a first mixture that is free of soluble ion-polysaccharides complexes; optionally heating the first mixture; filtering the first mixture to obtain a second solution; and clarifying the second solution to produce an extract of purified saponins.
A method executed by a terminal (101; 201; 301), the method comprising: identifying whether a data request occurs (S210; S310); estimating an amount of data to be received (S220; S370) based on a data amount stored in the terminal that is received from a server (207; 307) previously (S340), in case that the data request occurs; calculating an amount of battery consumption (S230; S380) for each access network of a plurality of access networks based on the estimated amount of data; selecting an access network (S240; S385), from among the plurality of access networks, having a smallest amount of battery consumption; and transmitting the data request (S250; S390) to the server (207; 307) according to the selected access network. identifying whether a data request occurs (S210; S310); estimating an amount of data to be received (S220; S370) based on a data amount stored in the terminal that is received from a server (207; 307) previously (S340), in case that the data request occurs; calculating an amount of battery consumption (S230; S380) for each access network of a plurality of access networks based on the estimated amount of data; selecting an access network (S240; S385), from among the plurality of access networks, having a smallest amount of battery consumption; and transmitting the data request (S250; S390) to the server (207; 307) according to the selected access network.
Distribution manifold for a fluid, comprising: a containment body internally delimiting a first conduit having a respective first inlet and a respective first outlet , a second conduit having a respective second inlet and a respective second outlet , a connection opening between the first conduit and the second conduit ; wherein the first outlet and the second inlet are configured to be connected respectively to an inlet and to an outlet of a treatment or user device of the fluid, preferably to a filter; a valve operatively active in the first conduit and on the connection opening ; wherein the valve can be positioned in an open position, in which it closes the connection opening and puts in fluid communication the first inlet with the first outlet to convey all the fluid entering through the first inlet into the treatment or user device , and in a partitioning position other than the open position; wherein, in the partitioning position, the valve opens the connection opening and also puts in fluid communication the first inlet with the first outlet , so that a first part of the fluid entering through the first inlet bypasses the treatment or user device and a second part of the fluid entering through the first inlet passes through the treatment or user device ; characterised in that the first inlet , the connection opening and the second outlet are consecutively aligned along a common longitudinal axis (Y-Y) and delimit a substantially rectilinear passage for the fluid that bypasses the treatment or user device . a containment body internally delimiting a first conduit having a respective first inlet and a respective first outlet , a second conduit having a respective second inlet and a respective second outlet , a connection opening between the first conduit and the second conduit ; wherein the first outlet and the second inlet are configured to be connected respectively to an inlet and to an outlet of a treatment or user device of the fluid, preferably to a filter; a valve operatively active in the first conduit and on the connection opening ; wherein the valve can be positioned in an open position, in which it closes the connection opening and puts in fluid communication the first inlet with the first outlet to convey all the fluid entering through the first inlet into the treatment or user device , and in a partitioning position other than the open position; wherein, in the partitioning position, the valve opens the connection opening and also puts in fluid communication the first inlet with the first outlet , so that a first part of the fluid entering through the first inlet bypasses the treatment or user device and a second part of the fluid entering through the first inlet passes through the treatment or user device ; characterised in that the first inlet , the connection opening and the second outlet are consecutively aligned along a common longitudinal axis (Y-Y) and delimit a substantially rectilinear passage for the fluid that bypasses the treatment or user device .
A reinforcement for a vehicle structural member, wherein the reinforcement is disposed in an interior space of the vehicle structural member having a closed cross section and is joined by welding to the vehicle structural member, the reinforcement comprising a curved section (VI) formed in at least a part of a length of the reinforcement ; a top wall having opposite edges; and a pair of lateral walls extending from the edges of the top wall forming ridge lines, wherein the top wall and the lateral walls form a U-shaped cross section, the lateral wall includes: a base surface ; a plurality of welding projections at intervals along the length, each welding projection having a raised surface for welding, wherein each welding projection is raised from the base surface of the lateral wall toward the vehicle structural member; and a bead between the welding projections within the curved section (VI) the bead is configured to prevent or suppress a wrinkle from forming during press forming, and the bead is raised from the base surface of the lateral wall toward the vehicle structural member. a curved section (VI) formed in at least a part of a length of the reinforcement ; a top wall having opposite edges; and a pair of lateral walls extending from the edges of the top wall forming ridge lines, wherein the top wall and the lateral walls form a U-shaped cross section, the lateral wall includes: a base surface ; a plurality of welding projections at intervals along the length, each welding projection having a raised surface for welding, wherein each welding projection is raised from the base surface of the lateral wall toward the vehicle structural member; and a bead between the welding projections within the curved section (VI) the bead is configured to prevent or suppress a wrinkle from forming during press forming, and the bead is raised from the base surface of the lateral wall toward the vehicle structural member. a base surface ; a plurality of welding projections at intervals along the length, each welding projection having a raised surface for welding, wherein each welding projection is raised from the base surface of the lateral wall toward the vehicle structural member; and a bead between the welding projections within the curved section (VI) the bead is configured to prevent or suppress a wrinkle from forming during press forming, and the bead is raised from the base surface of the lateral wall toward the vehicle structural member.
A capacitive sensor device , comprising: a clock module configured to generate a clock signal (CLK); a sensor module configured to generate a reference signal (V ref ) and a sense signal (V sense ), and sample a difference between the reference signal (V ref ) and the sense signal (V sense ) when clocked by the clock signal (CLK); and a current supply module configured to selectively generate a bias current when clocked by the clock signal (CLK), and charge each of the clock module and the sensor module based on the bias current and when clocked by the clock signal (CLK). a clock module configured to generate a clock signal (CLK); a sensor module configured to generate a reference signal (V ref ) and a sense signal (V sense ), and sample a difference between the reference signal (V ref ) and the sense signal (V sense ) when clocked by the clock signal (CLK); and a current supply module configured to selectively generate a bias current when clocked by the clock signal (CLK), and charge each of the clock module and the sensor module based on the bias current and when clocked by the clock signal (CLK).
Lift system for a desk comprising: - an upper structure and a lower structure ; - at least two support arms (A, B) that form a scissor-like structure connecting the upper structure and the lower structure ; wherein - the lower structure comprising a guide rail along which sliders move, located at the ends of the support arms (A, B); - a torsion spring system, attached to the upper structure and lower structure , the torsion spring system comprising at least four torsion springs in two attachment points (C, D), the torsion springs are configured to operate in a linear fashion along the entire length of the desk to offset the weight of the structure, and an additional torsion spring attached at an intermediate point (E) on the scissor-like structure , wherein the torsion spring in the intermediate point (E) is adjusted on one of the support arms (A, B) and to a cavity in the other support arm where the spring is mounted loosely allowing the spring to move freely along part of the stroke of the desk, acting at the end of the stroke to create a greater initial force when the desk is closed, minimizing the impulse required of a system's actuator/lock in order to initiate the movement; - a system's actuator/lock connected to the lower structure, and placed horizontally and mounted between the lower structure or the upper structure and the support arm (A), or between two support arms (B), wherein the system's actuator/lock is manual, electric or of the gas-spring type. - an upper structure and a lower structure ; - at least two support arms (A, B) that form a scissor-like structure connecting the upper structure and the lower structure ; wherein - the lower structure comprising a guide rail along which sliders move, located at the ends of the support arms (A, B); - a torsion spring system, attached to the upper structure and lower structure , the torsion spring system comprising at least four torsion springs in two attachment points (C, D), the torsion springs are configured to operate in a linear fashion along the entire length of the desk to offset the weight of the structure, and an additional torsion spring attached at an intermediate point (E) on the scissor-like structure , wherein the torsion spring in the intermediate point (E) is adjusted on one of the support arms (A, B) and to a cavity in the other support arm where the spring is mounted loosely allowing the spring to move freely along part of the stroke of the desk, acting at the end of the stroke to create a greater initial force when the desk is closed, minimizing the impulse required of a system's actuator/lock in order to initiate the movement; - a system's actuator/lock connected to the lower structure, and placed horizontally and mounted between the lower structure or the upper structure and the support arm (A), or between two support arms (B), wherein the system's actuator/lock is manual, electric or of the gas-spring type.
A specimen treatment and measurement system for executing treatments including extraction, amplification and measurement of nucleic acids for multiple specimens in parallel, the system comprising: a stage rack provided with a plurality of treatment lanes for executing the treatments in parallel; a treatment execution module for executing the treatments by loading the stage rack therein; a consumable supply module for supplying specimens and consumables used for the treatments to the stage rack , a cartridge supply module for storing cartridges that are used for at least one of extraction, amplification and measurement and supplying the cartridges to the stage rack ; and a stage rack transfer mechanism for transferring the stage rack to each module, wherein the stage rack is detachable or exchangeable with respect to the treatment execution module , while one or a plurality of cartridges are disposed in the plurality of treatment lanes , wherein the treatment execution module comprises a treatment/measurement stage, a plurality of treatment execution units provided on the treatment/measurement stage, a stage rack installation section for installing the stage rack on the treatment/measurement stage , and a stage rack installing mechanism for moving and installing the stage rack to the treatment/measurement stage . a stage rack provided with a plurality of treatment lanes for executing the treatments in parallel; a treatment execution module for executing the treatments by loading the stage rack therein; a consumable supply module for supplying specimens and consumables used for the treatments to the stage rack , a cartridge supply module for storing cartridges that are used for at least one of extraction, amplification and measurement and supplying the cartridges to the stage rack ; and a stage rack transfer mechanism for transferring the stage rack to each module, wherein the stage rack is detachable or exchangeable with respect to the treatment execution module , while one or a plurality of cartridges are disposed in the plurality of treatment lanes , wherein the treatment execution module comprises a treatment/measurement stage, a plurality of treatment execution units provided on the treatment/measurement stage, a stage rack installation section for installing the stage rack on the treatment/measurement stage , and a stage rack installing mechanism for moving and installing the stage rack to the treatment/measurement stage .
A phosphor containing a crystal phase having a chemical composition represented by the following formula , wherein the proportion of Mn based on the total mols of M IV' and Mn is at least 0.1 mol% and at most 6 mol%, and the specific surface area is at most 1.3 m 2 /g: M I' 2 M IV' F 6 :R , wherein M I is at least one element selected from the group consisting of K and Na, M IV' is at least one element selected from the group consisting of Si and Ti, containing at least Si, and R is Mn 4+ , wherein the weight-average median diameter D 50 of the phosphor, as measured by using a laser diffraction/scattering type particle size distribution-measuring apparatus, is from 10 to 50 μm.