mhurhangee/patent-ind-claim-en huggingface dataset:
An organ perfusion system , said system comprising: (a) a bowl for supporting an explant, (b) a vessel for storing the perfusion medium reservoir; (c) a drive propulsion device consisting of two perfusion pumps with two peristaltic heads, respectively, wherein the first perfusion pump is configured for the bidirectional transport of the perfusion medium and the second perfusion pump is configured to provide fresh perfusion medium; (d) a sensing means for measuring and controlling the oxygen concentration in said perfusion medium; (e) a sampling means for collecting the perfusion medium and for applying nutrients ; wherein said bowl , said vessel , said drive means , said sensing means and said sampling means are integrated in an essentially closed circuit via circuit tubing for the provision of a constant flow rate, being supplied with nutrients and oxygen, to said explant for at least six hours. (a) a bowl for supporting an explant, (b) a vessel for storing the perfusion medium reservoir; (c) a drive propulsion device consisting of two perfusion pumps with two peristaltic heads, respectively, wherein the first perfusion pump is configured for the bidirectional transport of the perfusion medium and the second perfusion pump is configured to provide fresh perfusion medium; (d) a sensing means for measuring and controlling the oxygen concentration in said perfusion medium; (e) a sampling means for collecting the perfusion medium and for applying nutrients ;
Multi-coupling for coupling lines with an alignment aid assigned to a first coupling part , namely a coupling plug, and a second coupling part , namely a coupling socket, for compensating misalignment tolerances when threading the first coupling part into the second coupling part when coupling media couplings , wherein the coupling parts each have a coupling carrier, wherein the coupling carrier of at least one of the coupling parts is mounted floatingly with respect to a carrier base transversely to the coupling direction , for which purpose at least one spring is arranged between the floatingly mounted coupling carrier and the carrier base , whereby the alignment aid on one of the coupling parts has a central pre-centering pin projecting from the coupling carrier thereof in the coupling direction and at least one fine centering pin projecting from the coupling carrier thereof in the coupling direction and arranged radially around the pre-centering pin axis , wherein a fine centering pin head of the fine centering pin is set back relative to a pre-centering pin head of the pre-centering pin in the coupling direction and wherein the alignment aid has a central catching mouth on the coupling socket side, which central catching mouth merges in the coupling direction into a pre-centering guide for the pre-centering pin and is equipped with at least one fine-centering guide arranged around the pre-centering guide axis for the fine-centering pin , characterized in that the spring is pretensioned by means of tensioning means engaging at one end on the floatingly mounted coupling carrier and at the other end on the carrier base .
A compound which is a diazabicyclooctanone of Formula (I) or a pharmaceutically acceptable salt thereof: wherein ∘ R is selected from halogen, C 1-4 alkyl and L-X-R 1 , wherein the C 1-4 alkyl group is substituted with at least one halogen atom and is optionally further substituted with one or two substituents R 2 ; ∘ R 1 is C 1-4 alkyl which is substituted with at least one halogen atom and is optionally further substituted with one or two substituents R 2 ; ∘ each R 2 is independently a 5- to 6-membered heteroaryl group which is unsubstituted or is substituted with one, two or three substituents selected from halogen, OH, C(O)R 3 , C(O)OH, C(O)OR 3 and C 1-4 alkyl and C 1-4 alkoxy groups which are themselves unsubstituted or substituted with one or more halogen atoms; ∘ R 3 is C 1-4 alkyl which is unsubstituted or substituted with one or more halogen atoms; ∘ L is a bond or is a C 1-2 alkylene group which is unsubstituted or is substituted with at least one halogen atom; and ∘ X is O or S(O) z wherein z is 0, 1 or 2. ∘ R is selected from halogen, C 1-4 alkyl and L-X-R 1 , wherein the C 1-4 alkyl group is substituted with at least one halogen atom and is optionally further substituted with one or two substituents R 2 ; ∘ R 1 is C 1-4 alkyl which is substituted with at least one halogen atom and is optionally further substituted with one or two substituents R 2 ; ∘ each R 2 is independently a 5- to 6-membered heteroaryl group which is unsubstituted or is substituted with one, two or three substituents selected from halogen, OH, C(O)R 3 , C(O)OH, C(O)OR 3 and C 1-4 alkyl and C 1-4 alkoxy groups which are themselves unsubstituted or substituted with one or more halogen atoms; ∘ R 3 is C 1-4 alkyl which is unsubstituted or substituted with one or more halogen atoms; ∘ L is a bond or is a C 1-2 alkylene group which is unsubstituted or is substituted with at least one halogen atom; and ∘ X is O or S(O) z wherein z is 0, 1 or 2.
A method of applying or measuring the force applied to a sample tube comprising the steps of: driving a plurality of gripping fingers from an open position to a gripping position against a tube ; measuring the movement of first and second coaxial gears while driving the fingers before the fingers grip the tube ; stopping the movement of the first coaxial gear when the fingers grip the tube ; and allowing and measuring a further limited movement of the second coaxial gear after the fingers grip the tube . driving a plurality of gripping fingers from an open position to a gripping position against a tube ; measuring the movement of first and second coaxial gears while driving the fingers before the fingers grip the tube ; stopping the movement of the first coaxial gear when the fingers grip the tube ; and allowing and measuring a further limited movement of the second coaxial gear after the fingers grip the tube .
A treatment fluid comprising: an aqueous fluid, a plurality of particulates, and a particulate suspending agent comprising crosslinked polymer particulates comprising a polymer which comprises a first monofunctional monomer and which is crosslinked with an orthoester crosslinker comprising an orthoester linkage and at least two crosslinking moieties, wherein the first monofunctional monomer is selected from N- vinylamide, N -alkyl- N -vinylamide, N -vinylformamide, 1-vinyl-2-pyrrolidinone, N -vinylcaprolactam, N -acryloyl morpholine, N -methyl- N -vinylacetamide, N- vinylacetamide, sodium 4-styrenesulfonate and vinylsulfonic acid, and wherein the orthoester crosslinker is selected from 2-(5-amino-1,3-dioxan-2-yloxy)triethoxy-1,3-dioxan-5-ylamine and divinyl ethyl orthoacetate. an aqueous fluid, a plurality of particulates, and a particulate suspending agent comprising crosslinked polymer particulates comprising a polymer which comprises a first monofunctional monomer and which is crosslinked with an orthoester crosslinker comprising an orthoester linkage and at least two crosslinking moieties, wherein the first monofunctional monomer is selected from N- vinylamide, N -alkyl- N -vinylamide, N -vinylformamide, 1-vinyl-2-pyrrolidinone, N -vinylcaprolactam, N -acryloyl morpholine, N -methyl- N -vinylacetamide, N- vinylacetamide, sodium 4-styrenesulfonate and vinylsulfonic acid, and wherein the orthoester crosslinker is selected from 2-(5-amino-1,3-dioxan-2-yloxy)triethoxy-1,3-dioxan-5-ylamine and divinyl ethyl orthoacetate.
A tank cleaning nozzle configured to be mounted on a tank , wherein said tank cleaning nozzle comprises an inlet , an outlet and an interior space being in fluid communication with the inlet and the outlet , wherein the tank cleaning nozzle is configured to receive a pressurized liquid through the inlet and inject the liquid through the outlet into the tank , wherein the tank cleaning nozzle comprises a moveably arranged closing structure configured to close the outlet , whereby the closing structure is arranged and configured to be moved into a position, in which the outlet is provided with a free passage, through which the liquid leaving the outlet is injected into the interior space of the tank without colliding with the closing structure and that the closing structure is arranged and configured to be moved into the interior space of the tank cleaning nozzle hereby opening the outlet , wherein the closing structure is a piston and that the piston is arranged and configured to be moved into the interior space of the tank cleaning nozzle hereby opening the outlet and that the interior space of the tank cleaning nozzle comprises a conical portion constituting a narrowing provided with the outlet , characterised in that the outlet is surrounded by a flange .
An anchor assembly for anchoring a tendon to bone, comprising: a sheath having a substantially solid distal end with at least two sidewalls extending proximally therefrom and separated by at least first and second slots , the sidewalls defining an inner lumen therebetween, and the solid distal end of the sheath having a mating feature; a guidewire having a distal tip configured to releasably mate with the mating feature in the sheath , thereby releasably fixing the guidewire to the sheath , the guidewire extending proximally from the sheath when mated thereto; and an expander having a generally elongate cylindrical configuration and configured to be received within the inner lumen of the sheath , the expander having a lumen extending therethrough for receiving the guidewire . a sheath having a substantially solid distal end with at least two sidewalls extending proximally therefrom and separated by at least first and second slots , the sidewalls defining an inner lumen therebetween, and the solid distal end of the sheath having a mating feature; a guidewire having a distal tip configured to releasably mate with the mating feature in the sheath , thereby releasably fixing the guidewire to the sheath , the guidewire extending proximally from the sheath when mated thereto; and an expander having a generally elongate cylindrical configuration and configured to be received within the inner lumen of the sheath , the expander having a lumen extending therethrough for receiving the guidewire .
Use of a composition comprising: a polyaspartic acid ester; and a fluoropolymer as a coating to be applied to an offshore structure or a port facility. a polyaspartic acid ester; and a fluoropolymer as a coating to be applied to an offshore structure or a port facility.
A cruise control apparatus comprising: - a curve shape detection unit configured to detect a curve of a traffic lane; - an estimation trajectory calculation means configured, on the basis of a vehicle speed, to calculate an estimated trajectory that considers acceleration/deceleration during steering, and satisfies a relationship in which a G - G diagram, which is a relationship between lateral acceleration and longitudinal acceleration, draws an arc; - a steering start point determination unit configured to determine a steering start point in front of the curve so that the estimated trajectory falls within the curve of the traffic lane, wherein the steering start point determination unit determines whether a deviation from a traffic lane occurs on the basis of the estimated trajectory and the curve shape and determines a steering start point on the basis of a determined result, wherein the steering start point is determined on the basis of at least one of a traffic lane width (W) and a vehicle body width (H). - a curve shape detection unit configured to detect a curve of a traffic lane; - an estimation trajectory calculation means configured, on the basis of a vehicle speed, to calculate an estimated trajectory that considers acceleration/deceleration during steering, and satisfies a relationship in which a G - G diagram, which is a relationship between lateral acceleration and longitudinal acceleration, draws an arc; - a steering start point determination unit configured to determine a steering start point in front of the curve so that the estimated trajectory falls within the curve of the traffic lane, wherein the steering start point determination unit determines whether a deviation from a traffic lane occurs on the basis of the estimated trajectory and the curve shape and determines a steering start point on the basis of a determined result, wherein
A homogeneously dispersed multimetal oxy-hydroxide catalyst comprising at least two metals, at least one metal being a transition metal which is any one of Ni, Fe, Co, Ti, Cu and Zn, and including at least one of another metal and a non-metal which are structurally dissimilar to said transition metal, wherein said another metal is any one of W, Mo, Mn, Mg, Cr, Ba, Sb, Bi, Sn, Ce, Pb, Ir and Re, and said non-metal is any one of B and P, such that the multimetal oxy-hydroxide is characterized by being homogeneously dispersed on sub-10 nm scale and not crystalline.
A buoy configured to accomplish a fluid connection, via at least one riser , from a vessel on a water surface to a subsea template located on a seabed , so as to enable transport of fluid (F) from the vessel to the subsea template for injection of the fluid (F) into a subterranean void via a drill hole from the subsea template to the subterranean void , the buoy comprising: at least one electric powered valve configured to allow or shut off a passage of fluid (F) from the vessel to the at least one riser , characterized in that the buoy comprises a primary communication interface configured to: be connected to an external site positioned at a location being geographically separated from an offshore injection site 100 containing the subsea template , and receive commands (C cmd ) from the external site , wherein in response to the received commands (C cmd ), the buoy is configured to control the at least one valve to either allow or shut off the passage of fluid (F) from the vessel to the at least one riser . be connected to an external site positioned at a location being geographically separated from an offshore injection site 100 containing the subsea template , and receive commands (C cmd ) from the external site , wherein in response to the received commands (C cmd ), the buoy is configured to control the at least one valve to either allow or shut off the passage of fluid (F) from the vessel to the at least one riser .
Apparatus for rendering a sound scene having reflection objects and a sound source at a sound source position, comprising. a geometry data provider for providing an analysis of the reflection objects of the sound scene to determine a reflection object represented by a first polygon and a second adjacent polygon having associated a first image source position for the first polygon and a second image source position for the second polygon, wherein the first and second image source positions result in a sequence comprising a first visible zone related to the first image source position , an invisible zone and a second visible zone related to the second image source position ; an image source position generator for generating an additional image source position such that the additional image source position is placed between the first image source position and the second image source position; and a sound renderer for rendering the sound source at the sound source position and, additionally for rendering the sound source at the first image source position, when a listener position is located within the first visible zone, for rendering the sound source at the additional image source position , when the listener position is located within the invisible zone , or for rendering the sound source at the second image source position, when the listener position is located within the second visible zone. a geometry data provider for providing an analysis of the reflection objects of the sound scene to determine a reflection object represented by a first polygon and a second adjacent polygon having associated a first image source position for the first polygon and a second image source position for the second polygon, wherein the first and second image source positions result in a sequence comprising a first visible zone related to the first image source position , an invisible zone and a second visible zone related to the second image source position ; an image source position generator for generating an additional image source position such that the additional image source position is placed between the first image source position and the second image source position; and a sound renderer for rendering the sound source at the sound source position and, additionally for rendering the sound source at the first image source position, when a listener position is located within the first visible zone, for rendering the sound source at the additional image source position , when the listener position is located within the invisible zone , or for rendering the sound source at the second image source position, when the listener position is located within the second visible zone. for rendering the sound source at the first image source position, when a listener position is located within the first visible zone, for rendering the sound source at the additional image source position , when the listener position is located within the invisible zone , or for rendering the sound source at the second image source position, when the listener position is located within the second visible zone.
Apparatus, comprising encapsulating means adapted to encapsulate plural packet data units into a datagram of a user datagram protocol, wherein each of the plural packet data units comprises a respective header of a tunneling protocol and a respective user data packet, each of the headers indicates a length of the respective packet data unit, and the plural packet data units include a first packet data unit and are arranged in the datagram in an order starting with the first packet data unit; the apparatus being characterized in that it further comprises informing means adapted to inform, by at least the header of the first packet data unit, that the encapsulating means encapsulates the plural packet data units into the datagram. encapsulating means adapted to encapsulate plural packet data units into a datagram of a user datagram protocol, wherein each of the plural packet data units comprises a respective header of a tunneling protocol and a respective user data packet, each of the headers indicates a length of the respective packet data unit, and the plural packet data units include a first packet data unit and are arranged in the datagram in an order starting with the first packet data unit; the apparatus being characterized in that it further comprises informing means adapted to inform, by at least the header of the first packet data unit, that the encapsulating means encapsulates the plural packet data units into the datagram.
A floor scrubber machine (100; 240; 400), comprising: a main body having a front end and a rear end; a cleaning fluid tank carried by the main body ; a cleaning head assembly (106; 106'; 246; 406; 500) connected to the main body , the cleaning head assembly (106; 106'; 246; 406; 500) comprising: a cleaning element driver (115; 115'; 415; 514); a motor configured to impart rotational movement through a shaft to the cleaning element driver (115; 115'; 415; 514); and a cleaning element (112; 412; 516) coupled to the cleaning element driver (115; 115'; 415; 514) and structured for contact with a floor surface ; and an arcuate cleaning fluid manifold (107;107'; 242; 407A; 407B; 426A; 426B; 502; 504; 602) fluidly coupled to the cleaning fluid tank, the arcuate cleaning fluid manifold (107; 107'; 242; 407A; 407B; 426A; 426B; 502; 504; 602) mounted to the floor scrubber machine forward of the shaft, characterized in that the arcuate cleaning fluid manifold (107;107'; 242; 407A; 407B; 426A; 426B; 502; 504; 602) includes three or more discharge orifices (304; 428A; 428B). a main body having a front end and a rear end; a cleaning fluid tank carried by the main body ; a cleaning head assembly (106; 106'; 246; 406; 500) connected to the main body , the cleaning head assembly (106; 106'; 246; 406; 500) comprising: a cleaning element driver (115; 115'; 415; 514); a motor configured to impart rotational movement through a shaft to the cleaning element driver (115; 115'; 415; 514); and a cleaning element (112; 412; 516) coupled to the cleaning element driver (115; 115'; 415; 514) and structured for contact with a floor surface ; and a cleaning element driver (115; 115'; 415; 514); a motor configured to impart rotational movement through a shaft to the cleaning element driver (115; 115'; 415; 514); and a cleaning element (112; 412; 516) coupled to the cleaning element driver (115; 115'; 415; 514) and structured for contact with a floor surface ; and an arcuate cleaning fluid manifold (107;107'; 242; 407A; 407B; 426A; 426B; 502; 504; 602) fluidly coupled to the cleaning fluid tank, the arcuate cleaning fluid manifold (107; 107'; 242; 407A; 407B; 426A; 426B; 502; 504; 602) mounted to the floor scrubber machine forward of the shaft, characterized in that
A pneumatic tire comprising at least one resonator on an inner periphery of the tire, the resonator comprising a tube with an opening , and a cavity connected to the tube, characterized in that the opening is provided to penetrate outside of the tire.
A method for detecting lithium plating in a lithium battery, comprising: determining, based on a state of health SOH of the lithium battery, a temperature of the lithium battery, and a correspondence between the SOH of the lithium battery and the temperature of the lithium battery and a target parameter, a target parameter corresponding to the lithium battery, wherein the target parameter corresponding to the lithium battery is a ratio of a polarization voltage of a negative electrode of the lithium battery to a polarization voltage of the lithium battery, and the polarization voltage is a difference between an actual voltage and an open-circuit voltage; substituting the target parameter corresponding to the lithium battery into a preset lithium plating estimation model, to obtain a lithium plating estimation model of the lithium battery; entering a charge current of the lithium battery, a voltage of the lithium battery, the temperature of the lithium battery, and the SOH of the lithium battery into the lithium plating estimation model of the lithium battery, to obtain a real-time potential value of the negative electrode of the lithium battery; and determining that lithium plating occurs in the lithium battery if the real-time potential value of the negative electrode of the lithium battery is less than zero. determining, based on a state of health SOH of the lithium battery, a temperature of the lithium battery, and a correspondence between the SOH of the lithium battery and the temperature of the lithium battery and a target parameter, a target parameter corresponding to the lithium battery, wherein the target parameter corresponding to the lithium battery is a ratio of a polarization voltage of a negative electrode of the lithium battery to a polarization voltage of the lithium battery, and the polarization voltage is a difference between an actual voltage and an open-circuit voltage; substituting the target parameter corresponding to the lithium battery into a preset lithium plating estimation model, to obtain a lithium plating estimation model of the lithium battery; entering a charge current of the lithium battery, a voltage of the lithium battery, the temperature of the lithium battery, and the SOH of the lithium battery into the lithium plating estimation model of the lithium battery, to obtain a real-time potential value of the negative electrode of the lithium battery; and determining that lithium plating occurs in the lithium battery if the real-time potential value of the negative electrode of the lithium battery is less than zero.