mhurhangee/patent-ind-claim-en huggingface dataset:
A method for laser processing a workpiece , the method comprising: generating a collimated laser beam having a consistent Z axis power density along at least a portion of a length of the collimated laser beam ; directing the collimated laser beam toward a workpiece to form a beam spot on the workpiece , wherein the workpiece has a three-dimensional surface , and wherein the collimated laser beam provides the consistent Z axis power density at different processing locations on the three-dimensional surface ; moving the workpiece such that the beam spot processes the surface of the workpiece as the workpiece moves; and dithering the collimated laser beam along one of the X and Y axes such that the beam spot is dithered on the workpiece as the workpiece is moved, wherein dithering the collimated laser beam includes moving optics in a beam delivery system without moving a generated laser output optically coupled to the beam delivery system or wherein dithering the collimated laser beam includes moving a fiber laser output without moving optics of a beam delivery system optically coupled to the fiber laser output. generating a collimated laser beam having a consistent Z axis power density along at least a portion of a length of the collimated laser beam ; directing the collimated laser beam toward a workpiece to form a beam spot on the workpiece , wherein the workpiece has a three-dimensional surface , and wherein the collimated laser beam provides the consistent Z axis power density at different processing locations on the three-dimensional surface ; moving the workpiece such that the beam spot processes the surface of the workpiece as the workpiece moves; and dithering the collimated laser beam along one of the X and Y axes such that the beam spot is dithered on the workpiece as the workpiece is moved, wherein dithering the collimated laser beam includes moving optics in a beam delivery system without moving a generated laser output optically coupled to the beam delivery system or wherein dithering the collimated laser beam includes moving a fiber laser output without moving optics of a beam delivery system optically coupled to the fiber laser output.
A rigid stabilizing ankle brace , comprising: a heat-moldable multi-layer housing or a heat-moldable single layer housing configured to surround at least a portion of a user's foot, at least a portion of the user's ankle, and at least a portion of the user's shin, characterised by the housing having a selectively openable posterior opening configured for posterior entry into the brace; a closure mechanism disposed on the housing and configured to selectively close the selectively openable posterior opening; and a footplate attached to the housing, the footplate comprising a trim and having a heel portion configured to receive the user's heel. a heat-moldable multi-layer housing or a heat-moldable single layer housing configured to surround at least a portion of a user's foot, at least a portion of the user's ankle, and at least a portion of the user's shin, characterised by the housing having a selectively openable posterior opening configured for posterior entry into the brace; a closure mechanism disposed on the housing and configured to selectively close the selectively openable posterior opening; and a footplate attached to the housing, the footplate comprising a trim and having a heel portion configured to receive the user's heel.
A wound electrode assembly for lithium-ion secondary battery, wherein the wound electrode assembly comprises a negative electrode plate comprising a negative electrode current collector and negative active material layers disposed on two opposite surfaces of the negative electrode current collector , and the negative active material layer comprises a negative active material; wherein the two negative active material layers respectively comprise an active material layer in an unpaired region facing no positive electrode plate and an active material layer in a paired region distributed successively in the length direction of the negative electrode plate , wherein the paired region has an opposite positive electrode plate, and two active material layers in the unpaired regions are arranged at both ends in the length direction of the negative electrode plate , and a first metallic lithium layer is disposed on the surface of one or both of the two active material layers in the unpaired regions , so that to form a first lithium pre-intercalation compound in either or both of the active material layers in the two unpaired regions ; and characterized in that in each of the negative active material layers , the ratio of the area of the active material layer in the paired region to the area of the active material layer in the unpaired region is from 99:1 to 4:1. wherein the two negative active material layers respectively comprise an active material layer in an unpaired region facing no positive electrode plate and an active material layer in a paired region distributed successively in the length direction of the negative electrode plate , wherein the paired region has an opposite positive electrode plate, and two active material layers in the unpaired regions are arranged at both ends in the length direction of the negative electrode plate , and a first metallic lithium layer is disposed on the surface of one or both of the two active material layers in the unpaired regions , so that to form a first lithium pre-intercalation compound in either or both of the active material layers in the two unpaired regions ; and characterized in that in each of the negative active material layers , the ratio of the area of the active material layer in the paired region to the area of the active material layer in the unpaired region is from 99:1 to 4:1.
Electric toggle switch having at least one actuating element which is designed as a toggle lever and which, on the one hand, interacts with movable electrical contact parts of a switching apparatus via a switching piece and which, on the other hand, is guided with its free end region outwards through an opening of a cover plate , the switching apparatus being connected to a supporting ring and having the electrical connection contact parts necessary for connection to an electrical installation system of a building, wherein an adapter is fixed to at least one switching piece of the switching apparatus, which adapter provides a receptacle for fixing the at least one actuating element designed as toggle lever, characterized by the fact that a plurality of latching arms are formed on the adapter and cooperate with correspondingly designed latching edges formed on the contact piece to produce a latching connection, and that at least one clip tongue is integrally formed on the receptacle and in order to produce a clip connection, interacts in a clipping manner with at least one corresponding notch which is present in the second end region , facing the adapter , of the actuating element designed as a toggle lever, and that the receptacle provided on the adapter is designed in the shape of a quiver.
A method for preparing a cobalt carbide-based catalyst for direct production of olefins from synthesis gas, comprising the following steps: 1) mixing a cobalt source, an electron promoter with water to obtain a first solution; and mixing a precipitant with water to obtain a second solution; wherein the electron promoter is a manganese-based electron promoter; the precipitant is an alkali and/or a basic salt; 2) adding the first solution and the second solution to water, or water and a structure promoter for precipitation, crystallizing, separating, drying and calcination, wherein the structure promoter is one or more selected from alumina, silica, titania, zirconia, magnesia and a carbon material; and 3) reducing a solid obtained in Step 2) in a reducing atmosphere, and then carbonizing in a carbonizing atmosphere; in Step 3), the carbonization conditions comprise a carbonization temperature of 100-500°C, a carbonization pressure of 0.1-10 MPa, a gas hourly space velocity of 500-100,000 h -1 , and the carbonization time is of 1-72 hours; the method further comprising adding an alkali metal promoter to the solid obtained in Step 3) by incipient wetness impregnation, then drying, and calcination, or adding an alkali metal promoter to the solid obtained in Step 2) by incipient wetness impregnation, then drying, calcination, and reducing in a reducing atmosphere. 1) mixing a cobalt source, an electron promoter with water to obtain a first solution; and mixing a precipitant with water to obtain a second solution; wherein the electron promoter is a manganese-based electron promoter; the precipitant is an alkali and/or a basic salt; 2) adding the first solution and the second solution to water, or water and a structure promoter for precipitation, crystallizing, separating, drying and calcination, wherein the structure promoter is one or more selected from alumina, silica, titania, zirconia, magnesia and a carbon material; and 3) reducing a solid obtained in Step 2) in a reducing atmosphere, and then carbonizing in a carbonizing atmosphere; in Step 3), the carbonization conditions comprise a carbonization temperature of 100-500°C, a carbonization pressure of 0.1-10 MPa, a gas hourly space velocity of 500-100,000 h -1 , and the carbonization time is of 1-72 hours; the method further comprising adding an alkali metal promoter to the solid obtained in Step 3) by incipient wetness impregnation, then drying, and calcination, or adding an alkali metal promoter to the solid obtained in Step 2) by incipient wetness impregnation, then drying, calcination, and reducing in a reducing atmosphere.
A charging apparatus for a combustion engine or a fuel cell, comprising a compressor which has a compressor housing in which a compressor wheel is arranged, said compressor wheel being mounted on one end of a rotor shaft , and which has a compressor housing rear wall which is adjacent to a compressor wheel rear side ; comprising an electric motor which has a stator winding which surrounds a magnet , which is arranged on the rotor shaft , on the outside, comprising a stator housing which surrounds the stator winding on the outside; comprising a first bearing supported in a recess of the compressor housing rear wall and a second bearing supported in a bearing section of the stator housing , wherein the magnet is arranged on the rotor shaft between the first bearing and the second bearing ; and comprising a power electronics circuit arranged between the compressor housing rear wall and the electric motor ; wherein the stator winding is arranged on a slot-free, cylindrical inner surface of a laminated core , the electric motor is in the form of a brushless motor, and the compressor housing rear wall has a cooling jacket . in which a compressor wheel is arranged, said compressor wheel being mounted on one end of a rotor shaft , and which has a compressor housing rear wall which is adjacent to a compressor wheel rear side ; which has a stator winding which surrounds a magnet , which is arranged on the rotor shaft , on the outside,
A device for print finishing, in particular a folding apparatus, comprising an actuator , wherein the actuator can be transferred from a first position into a second position and/or from the second position into the first position with the help of at least one energized electric lifting magnet in a sequence that can be arbitrarily controlled in time, and wherein the actuator can be fixed in the first position and/or in second position, into which the actuator is transferred with the help of the respective energized electric lifting magnet , when the electric lifting magnets are not energized, via a separate holding member each, characterized in that the or each holding member is embodied as switchable holding member.
A wireless headphone, comprising a wireless headphone power wire, a wireless headphone ground wire, a wireless headphone RXD wire, a wireless headphone TXD wire, a wireless headphone connection wire , a wireless headphone transistor (Q2), a wireless headphone power supply, a first wireless headphone contact , a second wireless headphone contact , a third wireless headphone contact , a third resistor (R3), and a fourth resistor (R4); the wireless headphone RXD wire is connected to a collector of the wireless headphone transistor (Q2); an emitter of the wireless headphone transistor (Q2) is connected to the wireless headphone TXD wire; a base of the wireless headphone transistor (Q2) is connected to one terminal of the third resistor (R3); the other terminal of the third resistor (R3) is connected to the wireless headphone power supply; one terminal of the fourth resistor (R4) is connected to the wireless headphone power supply, and the other terminal of the fourth resistor (R4) is connected to the collector of the wireless headphone transistor (Q2); the wireless headphone power wire is connected to the first wireless headphone contact ; the wireless headphone ground wire is connected to the second wireless headphone contact ; one end of the wireless headphone connection wire is connected to the collector of the wireless headphone transistor (Q2), and the other end of the wireless headphone connection wire is connected to the third wireless headphone contact .
Wide-necked plastic container for bulk material, having a closure cap, which can be mounted on a container neck of the wide-necked plastic container that has a container opening and can be connected to the latter, whereby a casing of the closure cap connects to an outside wall of a body of the wide-necked plastic container , wherein a number of locking projections , which are distributed over a periphery of the container neck and project from the outside wall of the container neck , is arranged on an outside wall of the container neck , and wherein the closure cap is equipped on an inside wall of its casing with corresponding locking recesses , which during the mounting of the closure cap on the container neck can be engaged with the locking projections in such a way that they are locked with one another in a non-detachable manner, and the interacting locking projections and locking recesses are inaccessible in the mounted closure cap characterized in that the plastic container is produced using an extrusion-blow-molding method and that the locking projections are designed in each case as locking strips that extend in the peripheral direction and that interact with the window-like recesses that form the locking recesses , which window-like recesses are provided in a skirt that projects from the inside wall of the casing of the closure cap .
A method for transmitting a measurement report message, by a user equipment, UE of a wireless communication system, the method comprising: receiving a measurement configuration including a system information report indicator and a system information report object information from a serving cell; determining whether a reporting condition is satisfied based on the measurement configuration; and if the reporting condition is satisfied, and the cell satisfying the reporting condition is a report object cell according to the system report object information, transmitting a measurement report message including a specific information, a measurement result and system information of the report object cell to the serving cell, wherein the system information report indicator informs that the system information of the report object cell related to multimedia broadcast/multicast service, MBMS, is to be reported, wherein the system information report object information specifies that the report object cell is a cell that supports the MBMS, wherein the specific information informs whether the UE receives the MBMS in the report object cell. receiving a measurement configuration including a system information report indicator and a system information report object information from a serving cell; determining whether a reporting condition is satisfied based on the measurement configuration; and if the reporting condition is satisfied, and the cell satisfying the reporting condition is a report object cell according to the system report object information, transmitting a measurement report message including a specific information, a measurement result and system information of the report object cell to the serving cell, wherein the system information report indicator informs that the system information of the report object cell related to multimedia broadcast/multicast service, MBMS, is to be reported, wherein the system information report object information specifies that the report object cell is a cell that supports the MBMS, wherein the specific information informs whether the UE receives the MBMS in the report object cell.
A robotic picking assembly comprising - an arm support arrangement configured to move vertically and to rotate about a vertical axis; - a horizontally extendable arm supported in the arm support arrangement ; - a gripping tool arranged at a free end of the arm ; wherein the arm comprises a plurality of arm modules linked together in a chain, and wherein the arm modules comprise - a pivot means linking adjacent arm modules together in a pivoting manner; - a pivot restriction means limiting curving of the arm to only one direction; wherein the arm support arrangement comprises - an arm guiding arrangement configured to guide the arm between an extended position and a retracted position; - an arm drive arrangement configured to move the arm between said extended and retracted positions, wherein the arm drive arrangement is configured to maintain a fixed position with respect to the arm support arrangement when moving the arm between extended and retracted positions; characterised in that when the arm is in the retracted position, a portion of the arm exhibits an upwardly curved shape between the free end and a back end ; wherein the back end of the arm is fixed to an end unit of the arm support arrangement . - an arm support arrangement configured to move vertically and to rotate about a vertical axis; - a horizontally extendable arm supported in the arm support arrangement ; - a gripping tool arranged at a free end of the arm ; wherein the arm comprises a plurality of arm modules linked together in a chain, and wherein the arm modules comprise - a pivot means linking adjacent arm modules together in a pivoting manner; - a pivot restriction means limiting curving of the arm to only one direction; - a pivot means linking adjacent arm modules together in a pivoting manner; - a pivot restriction means limiting curving of the arm to only one direction; wherein the arm support arrangement comprises - an arm guiding arrangement configured to guide the arm between an extended position and a retracted position; - an arm drive arrangement configured to move the arm between said extended and retracted positions, wherein the arm drive arrangement is configured to maintain a fixed position with respect to the arm support arrangement when moving the arm between extended and retracted positions; - an arm guiding arrangement configured to guide the arm between an extended position and a retracted position; - an arm drive arrangement configured to move the arm between said extended and retracted positions, wherein the arm drive arrangement is configured to maintain a fixed position with respect to the arm support arrangement when moving the arm between extended and retracted positions; characterised in that when the arm is in the retracted position, a portion of the arm exhibits an upwardly curved shape between the free end and a back end ; wherein the back end of the arm is fixed to an end unit of the arm support arrangement .
A method of amplifying a target nucleic acid, said method comprising the steps of: i. annealing first and second target binding regions to a target nucleic acid in a first mixture comprising a clamp oligonucleotide and a target nucleic acid wherein said clamp oligonucleotide comprises said first target binding region on the 3'-terminus and said second target binding region on the 5'-terminus and user-defined tether region between said first and said second target binding regions, wherein said tether region comprises one or more capture elements and at least one primer-binding site, and extending said clamp oligonucleotide across said target nucleic acid to produce a first duplex containing a first nucleic acid and said target nucleic acid; ii. ligating the ends of said first nucleic acid to produce a circularized nucleic acid; and optionally removing said circularized nucleic acid from said target nucleic acid; iii. capturing said circularized nucleic acid on a solid support wherein said solid support contains a capture means to bind said capture element of said tether region, in a second mixture comprising a primer able to bind said at least one primer binding site of said tether region and expanding said primer to produce a second nucleic acid duplex containing a second nucleic acid and said first nucleic acid; and iv. disassociating said second nucleic acid from said first nucleic acid and amplifying the second nucleic acid by PCR, thereby amplifying said target nucleic acid. i. annealing first and second target binding regions to a target nucleic acid in a first mixture comprising a clamp oligonucleotide and a target nucleic acid wherein said clamp oligonucleotide comprises said first target binding region on the 3'-terminus and said second target binding region on the 5'-terminus and user-defined tether region between said first and said second target binding regions, wherein said tether region comprises one or more capture elements and at least one primer-binding site, and extending said clamp oligonucleotide across said target nucleic acid to produce a first duplex containing a first nucleic acid and said target nucleic acid; ii. ligating the ends of said first nucleic acid to produce a circularized nucleic acid; and optionally removing said circularized nucleic acid from said target nucleic acid; iii. capturing said circularized nucleic acid on a solid support wherein said solid support contains a capture means to bind said capture element of said tether region, in a second mixture comprising a primer able to bind said at least one primer binding site of said tether region and expanding said primer to produce a second nucleic acid duplex containing a second nucleic acid and said first nucleic acid; and iv. disassociating said second nucleic acid from said first nucleic acid and amplifying the second nucleic acid by PCR, thereby amplifying said target nucleic acid.
An apparatus for forced ventilation of patients which comprises: - at least one ventilation device selected from the arrangement consisting of a venturi-effect oxygen-air mixer and an exhalation valve; characterized in that the apparatus comprises: - a silencer body delimiting an internal cavity and provided with at least one access opening that puts the outside of the silencer body in communication with the internal cavity thereof and at least one outlet opening that puts the internal cavity in communication with the outside of the silencer body ; wherein the access opening and the outlet opening are separate from each other; and in that the ventilation device is at least partially arranged inside the internal cavity of the silencer body and fixed to the silencer body . - at least one ventilation device selected from the arrangement consisting of a venturi-effect oxygen-air mixer and an exhalation valve; - a silencer body delimiting an internal cavity and provided with at least one access opening that puts the outside of the silencer body in communication with the internal cavity thereof and at least one outlet opening that puts the internal cavity in communication with the outside of the silencer body ; wherein the access opening and the outlet opening are separate from each other;