mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing an electrode stack from monocells for a lithium-ion battery, in particular of an electrically driven motor vehicle, the monocells each being formed from an anode and a cathode , - wherein the monocells are conveyed into receptacles of a rotationally driven or rotationally drivable stacking wheel , - wherein the monocells accommodated in the receptacles are conveyed to a stacking compartment by means of a rotation of the stacking wheel , - wherein the monocells are held in the region of the stacking compartment by means of a stripper arm and are transferred from the respective receptacle into the stacking compartment due to the rotation of the stacking wheel , the monocells being stacked in the stacking compartment , and - wherein the stacked monocells are pressed against each other in the stacking compartment . - wherein the monocells are conveyed into receptacles of a rotationally driven or rotationally drivable stacking wheel , - wherein the monocells accommodated in the receptacles are conveyed to a stacking compartment by means of a rotation of the stacking wheel , - wherein the monocells are held in the region of the stacking compartment by means of a stripper arm and are transferred from the respective receptacle into the stacking compartment due to the rotation of the stacking wheel , the monocells being stacked in the stacking compartment , and - wherein the stacked monocells are pressed against each other in the stacking compartment .
Ultrasonic measuring arrangement for determining physical properties of a liquid or gaseous measuring medium inside a high-pressure chamber of the ultrasonic measuring arrangement, comprising an ultrasonic sensor for arrangement on the high-pressure chamber via a coupling path of the ultrasonic measuring arrangement, characterized in that the ultrasonic sensor is arranged externally on the high-pressure chamber and the coupling path comprises a layer of plastic on the high-pressure chamber side with an adjoining layer of light metal , which is damped with respect to layer-internal reflections in the longitudinal direction and on which the external ultrasonic sensor is arranged, and in that the damped layer of light metal consists of the combination of a light-metal material with a damping means .
A method for qualifying a gas turbine engine component (174;400;500) comprising: creating a set of substantially identical gas turbine engine components (174;400;500) via a uniform manufacturing procedure; determining a set of as-manufactured parameters of each gas turbine engine component (174;400;500) in the set of substantially identical gas turbine engine components (174;400;500); determining a variance model of the set of substantially identical gas turbine engine components (174;400;500), wherein the variance model includes a representative parameter profile , the representative parameter profile is comprised of a plurality of component parameter profiles , and a combination of each of the component parameter profiles (610..640) is the representative parameter profile ; determining at least one predicted response model based at least in part on the variance model; identifying as-manufactured parameters of a gas turbine engine component (174;400;500), and applying the as-manufactured parameters of the gas turbine engine component (174;400;500) to the at least one predicted response model, thereby generating a predicted response output; and qualifying the gas turbine engine component (174;400;500) for usage in at least one gas turbine engine corresponding to the at least one predicted response model. creating a set of substantially identical gas turbine engine components (174;400;500) via a uniform manufacturing procedure; determining a set of as-manufactured parameters of each gas turbine engine component (174;400;500) in the set of substantially identical gas turbine engine components (174;400;500); determining a variance model of the set of substantially identical gas turbine engine components (174;400;500), wherein the variance model includes a representative parameter profile , the representative parameter profile is comprised of a plurality of component parameter profiles , and a combination of each of the component parameter profiles (610..640) is the representative parameter profile ; determining at least one predicted response model based at least in part on the variance model; identifying as-manufactured parameters of a gas turbine engine component (174;400;500), and applying the as-manufactured parameters of the gas turbine engine component (174;400;500) to the at least one predicted response model, thereby generating a predicted response output; and qualifying the gas turbine engine component (174;400;500) for usage in at least one gas turbine engine corresponding to the at least one predicted response model.
A gas booster, comprising: at least one cylinder having a bore therein; a piston moveable in the bore of the at least one cylinder thereby forming a cavity that expands and contracts in response to the piston moving within the bore, wherein the cavity is configured to receive a gas at a first pressure level via a plurality of first ports in a valve manifold and to output the gas at a second pressure level via a second port in the valve manifold ; a mechanism configured to cause the piston to move within the bore from a first position to a second position; a first check valve having a planar sealing member located in the bore of the at least one cylinder proximate the plurality of first ports, wherein the first check valve further includes one or more leaf springs that bias the planar sealing member against the valve manifold , the first check valve selectively permitting the gas to enter the cavity through the plurality of first ports, and wherein the piston is proximate the planar sealing member when the piston is at the second position; and a second check valve located proximate the second port, the second check valve selectively permitting the gas to exit the cavity through the second port, wherein the plurality of first ports are positioned to surround the second port, and wherein the first and second check valves minimize the dead volume of the cavity when the piston has attained the second position. at least one cylinder having a bore therein; a piston moveable in the bore of the at least one cylinder thereby forming a cavity that expands and contracts in response to the piston moving within the bore, wherein the cavity is configured to receive a gas at a first pressure level via a plurality of first ports in a valve manifold and to output the gas at a second pressure level via a second port in the valve manifold ; a mechanism configured to cause the piston to move within the bore from a first position to a second position; a first check valve having a planar sealing member located in the bore of the at least one cylinder proximate the plurality of first ports, wherein the first check valve further includes one or more leaf springs that bias the planar sealing member against the valve manifold , the first check valve selectively permitting the gas to enter the cavity through the plurality of first ports, and wherein the piston is proximate the planar sealing member when the piston is at the second position; and a second check valve located proximate the second port, the second check valve selectively permitting the gas to exit the cavity through the second port, wherein the plurality of first ports are positioned to surround the second port, and wherein the first and second check valves minimize the dead volume of the cavity when the piston has attained the second position.
A method of sealing an autoclave , the method comprising: driving a layup mandrel in a process direction into an autoclave ; and sealing an entrance of the autoclave shut via seals mounted at the layup mandrel . driving a layup mandrel in a process direction into an autoclave ; and sealing an entrance of the autoclave shut via seals mounted at the layup mandrel .
A fracturing fluid for fracturing a subterranean formation comprising proppant(s), and a fracturing carrier fluid comprising 1-chloro-3,3,3-trifluoropropene.
A method of managing currency item replenishment of a transaction device including a transaction control means , wherein the transaction device is configured to accept a plurality m of currency item denominations, and wherein the method is executed by the transaction control means and comprises: monitoring a plurality of monetary transactions executed by said transaction apparatus; determine for each of the plurality of currency item denominations a net payout per transaction distribution over the plurality of monetary transactions; determine a probability density function for currency exhaustion after n transactions for each of the m currency item denominations; determine a global risk function for currency exhaustion of at least one of the plurality of currency item denominations after n transactions based on the m probability density functions; iteratively adjust the probability density function for each of the m currency item denominations by exchanging currency item quantity allocation q , wherein q is the total number of currency items that are required for a given replenishment operation, between the m currency item denominations until the number of transactions N at which the global risk function equals a predetermined probability T converges to a stationary value; and use the stationary value of N to calculate the optimum currency item replenishment period and set q for which N is stationary to be the optimum currency item replenishment level. monitoring a plurality of monetary transactions executed by said transaction apparatus; determine for each of the plurality of currency item denominations a net payout per transaction distribution over the plurality of monetary transactions; determine a probability density function for currency exhaustion after n transactions for each of the m currency item denominations; determine a global risk function for currency exhaustion of at least one of the plurality of currency item denominations after n transactions based on the m probability density functions; iteratively adjust the probability density function for each of the m currency item denominations by exchanging currency item quantity allocation q , wherein q is the total number of currency items that are required for a given replenishment operation, between the m currency item denominations until the number of transactions N at which the global risk function equals a predetermined probability T converges to a stationary value; and use the stationary value of N to calculate the optimum currency item replenishment period and set q for which N is stationary to be the optimum currency item replenishment level.
A broil burner comprising: a generally-tubular gas conduit configured to extend between a rearward region of an oven cavity and a forward region of the oven cavity , the gas conduit comprising an inlet that cooperates with a gas source to convey a combustible gas from the gas source to the gas conduit , and a plurality of apertures through which the combustible gas exits the gas conduit to be combusted; and a reflector that extends between opposing segments of the gas conduit to reflect heat generated by combustion of the combustible gas in a downward direction, generally toward a central region of the oven cavity , characterized in that the gas conduit includes two laterally spaced apart segments that define an open region between the two laterally spaced apart segments , so that the combustible gas is combusted in the open region, wherein the reflector extends over the two laterally spaced apart segments and over the entire open region, and wherein the reflector extends an increasingly greater distance above the open region from each laterally spaced apart segment to a center of the open region. a generally-tubular gas conduit configured to extend between a rearward region of an oven cavity and a forward region of the oven cavity , the gas conduit comprising an inlet that cooperates with a gas source to convey a combustible gas from the gas source to the gas conduit , and a plurality of apertures through which the combustible gas exits the gas conduit to be combusted; and a reflector that extends between opposing segments of the gas conduit to reflect heat generated by combustion of the combustible gas in a downward direction, generally toward a central region of the oven cavity , characterized in that the gas conduit includes two laterally spaced apart segments that define an open region between the two laterally spaced apart segments , so that the combustible gas is combusted in the open region, wherein the reflector extends over the two laterally spaced apart segments and over the entire open region, and wherein the reflector extends an increasingly greater distance above the open region from each laterally spaced apart segment to a center of the open region.
An axial piston engine with internal continuous combustion (ikV), having compressor cylinders , having working cylinders , having a ring channel , combining outlets of the compressor cylinder , or ring-channel section and having at least one pressure line connected to the ring channel or the ring-channel section, by means of which pressure line compressed fuel is conducted from the compressor cylinders to the working cylinders , characterized by a fuel reservoir , in which compressed medium can be buffer-stored, wherein a shut-off valve is arranged between the ring channel or ring-channel section and the fuel reservoir and wherein a shut-off valve is arranged in the pressure line .
A rotating shaft device of a circuit breaker, comprising a plurality of contact supports provided with movable contacts , and a rotating shaft being in linkage with the plurality of contact supports ; an operating mechanism drives the plurality of contact supports to rotate synchronously to drive the movable contacts to be in contact with and separated from static contacts, thereby realizing switching-on and switching-off of the circuit breaker; the rotating shaft has a parallelogram radial section; characterised in that each contact support is provided with an shaft groove having a V-shaped structure in which the rotating shaft is mounted; the rotating shaft device further comprises a clamping plate provided with a fixing groove having a V-shaped structure; the fixing groove having the V-shaped structure corresponds to the shaft groove having the V-shaped structure; the contact supports are fixedly connected to the clamping plate ; the rotating shaft is fixed in a space defined by the shaft groove and the fixing groove ; the shaft groove is matched with two adjacent sides of the rotating shaft , and the fixing groove is matched with another two adjacent sides of the rotating shaft .
A pharmaceutical composition comprising a compound represented by formula : or N-[3-( -2-amino-5-methyl-4a,5,7,7a-tetrahydro-4H-furo[3,4-d] thiazin-7a-yl)-4-fluorophenyl]-5-difluoromethylpyrazine-2-carboxamide, or a pharmaceutically acceptable salt of the foregoing, and a salt of a compound having a C12-22 saturated aliphatic hydrocarbon group.
A near-infrared fluorescent contrast agent represented by the formula: Name Structure Name Structure YY187 , TG42 , TG53 , LN24 , YY180 , YY190 , P700SO3 , P700H , A100 , A104 , TP1 , LN79 , TP4 , WuA108 , TG44 , WuA110 , PS133 , PS131 , L700-1C
A glass beam element for constructing a loadbearing structure, the glass beam element comprising: at least one elongate structural reinforcement section extending along a longitudinal direction (x), and at least one glass segment bonded to said at least one elongate structural reinforcement section , wherein said at least one glass segment comprises at least two glass panes stacked in a direction perpendicular to the longitudinal direction, said at least two glass panes having different lengths in the longitudinal direction, wherein the longer pane protrudes beyond the shorter pane at a free end of the glass beam element, wherein the at least one elongate structural reinforcement section comprises a weldable material, wherein said at least one glass segment has a length along said longitudinal direction (x) that is shorter than the elongate structural reinforcement section such as to allow welding of an end region of the at least one elongate structural reinforcement section without thereby damaging the at least one glass segment , wherein said at least one structural reinforcement section extends for a first distance (d) beyond the at least one glass segment in the longitudinal direction (x) at said free end of the glass beam element, wherein the at least one elongate structural reinforcement section extends beyond each glass pane at said free end of the glass beam element. at least one elongate structural reinforcement section extending along a longitudinal direction (x), and at least one glass segment bonded to said at least one elongate structural reinforcement section , wherein said at least one glass segment comprises at least two glass panes stacked in a direction perpendicular to the longitudinal direction, said at least two glass panes having different lengths in the longitudinal direction, wherein the longer pane protrudes beyond the shorter pane at a free end of the glass beam element, wherein the at least one elongate structural reinforcement section comprises a weldable material, wherein said at least one glass segment has a length along said longitudinal direction (x) that is shorter than the elongate structural reinforcement section such as to allow welding of an end region of the at least one elongate structural reinforcement section without thereby damaging the at least one glass segment , wherein said at least one structural reinforcement section extends for a first distance (d) beyond the at least one glass segment in the longitudinal direction (x) at said free end of the glass beam element, wherein the at least one elongate structural reinforcement section extends beyond each glass pane at said free end of the glass beam element.
A seal (20; 120; 220; 320; 420) for a dishwasher adapted to be interposed between a peripheral edge of an opening of a tub for cookware and a door for closing said opening , said seal (20; 120; 220; 320; 420) comprising: a metal part (30; 330; 330'; 430) adapted to be connected to said peripheral edge of said opening ; a first part (40; 140; 240), made of polymeric material, integrally connected to said metal part (30; 330; 330'; 430) and a second part (50; 150), made of polymeric material, associated with said first part (40; 140; 240) and adapted to be contacted by said door when said door is arranged in a position for closing said opening , wherein said first part (40; 240) made of polymeric material and said second part made of polymeric material form an integral single body, wherein said seal comprises a transition zone between said first part (40; 240), made of polymeric material, and said second part , made of polymeric material adapted to be divided to remove said second part , made of polymeric material, from said first part (40; 240), made of polymeric material, characterized in that said transition zone comprises a hollow inner zone , in that dividing said transition zone results in said hollow inner zone becoming a seat shaped so as to receive a projecting part of said second part made of polymeric material. a metal part (30; 330; 330'; 430) adapted to be connected to said peripheral edge of said opening ; a first part (40; 140; 240), made of polymeric material, integrally connected to said metal part (30; 330; 330'; 430) and a second part (50; 150), made of polymeric material, associated with said first part (40; 140; 240) and adapted to be contacted by said door when said door is arranged in a position for closing said opening , wherein said first part (40; 240) made of polymeric material and said second part made of polymeric material form an integral single body, wherein said seal comprises a transition zone between said first part (40; 240), made of polymeric material, and said second part , made of polymeric material adapted to be divided to remove said second part , made of polymeric material, from said first part (40; 240), made of polymeric material, characterized in that said transition zone comprises a hollow inner zone , in that dividing said transition zone results in said hollow inner zone becoming a seat shaped so as to receive a projecting part of said second part made of polymeric material.
Cutting device for cutting-off pieces from an elongated workpiece (W), in particular a tube, the cutting device having a proximal side , a distal side and a longitudinal axis (L) extending between the proximal side and the distal side , the cutting device including: - a cutting unit , the cutting unit including a blade and a blade drive , wherein the blade is coupled with the blade drive , wherein the blade is reversible movable via the blade drive between a retracted blade position and an advanced blade position; - a proximal support structure , wherein the proximal support structure is arranged proximal of the blade along the longitudinal axis (L) and is configured to guide a distal part of the elongated workpiece (W) to be movable in parallel to and aligned with the longitudinal axis (L); - a feeder unit , characterized by the feeder unit including: ∘ a suction gripper , wherein the suction gripper is configured for suction-coupling with the elongated workpiece (W); ∘ a suction gripper drive , wherein the suction gripper drive is coupled with the suction gripper , wherein the suction gripper drive is configured for moving the suction gripper parallel to the longitudinal axis (L) in a reversible manner. - a cutting unit , the cutting unit including a blade and a blade drive , wherein the blade is coupled with the blade drive , wherein the blade is reversible movable via the blade drive between a retracted blade position and an advanced blade position; - a proximal support structure , wherein the proximal support structure is arranged proximal of the blade along the longitudinal axis (L) and is configured to guide a distal part of the elongated workpiece (W) to be movable in parallel to and aligned with the longitudinal axis (L); - a feeder unit , ∘ a suction gripper , wherein the suction gripper is configured for suction-coupling with the elongated workpiece (W); ∘ a suction gripper drive , wherein the suction gripper drive is coupled with the suction gripper , wherein the suction gripper drive is configured for moving the suction gripper parallel to the longitudinal axis (L) in a reversible manner.