mhurhangee/patent-ind-claim-en huggingface dataset:
A subsea control module (SCM) comprising: a casing containing electrically insulating oil, and housing hydraulic and electronic components, including a subsea electronic module (SEM); at least one pair of electrodes inside the casing , the subsea electronics module (SEM) being connected with the electrodes of the or each pair for monitoring at least one electrical characteristic between the electrodes as a result of a fluid to which the electrodes are exposed, wherein the or each pair of electrodes comprises an array in which each electrode of the pair has finger portions interleaved with finger portions of the other electrode; wherein the subsea electronic module (SEM) is configured for the detection of fluid ingress using changes of the at least one electrical characteristic between the electrodes of the array ; and wherein the subsea electronic module (SEM) comprises seawater ingress detection circuitry and hydraulic fluid ingress detection circuitry switchably connected to the at least one pair of electrodes . a casing containing electrically insulating oil, and housing hydraulic and electronic components, including a subsea electronic module (SEM); at least one pair of electrodes inside the casing , the subsea electronics module (SEM) being connected with the electrodes of the or each pair for monitoring at least one electrical characteristic between the electrodes as a result of a fluid to which the electrodes are exposed, wherein the or each pair of electrodes comprises an array in which each electrode of the pair has finger portions interleaved with finger portions of the other electrode; wherein the subsea electronic module (SEM) is configured for the detection of fluid ingress using changes of the at least one electrical characteristic between the electrodes of the array ; and wherein the subsea electronic module (SEM) comprises seawater ingress detection circuitry and hydraulic fluid ingress detection circuitry switchably connected to the at least one pair of electrodes .
A system comprising a first drain pan and a second drain pan , wherein each of the first drain pan and second drain pan comprises: a reservoir configured to catch a liquid from an engine and to support a step load, and a drain configured to drain the liquid from the reservoir ; wherein the reservoir and the drain are formed from a composite material comprising a polymeric resin and a reinforcing fiber and characterised in that the first drain pan and the second drain pan abut one another and form a crest from which the liquid can flow into the first drain pan and the second drain pan . a reservoir configured to catch a liquid from an engine and to support a step load, and a drain configured to drain the liquid from the reservoir ; wherein the reservoir and the drain are formed from a composite material comprising a polymeric resin and a reinforcing fiber and characterised in that the first drain pan and the second drain pan abut one another and form a crest from which the liquid can flow into the first drain pan and the second drain pan .
Rocket propulsion unit , comprising: a rocket propellant tank arrangement for storing fuel and oxidizer for launching a rocket, the rocket propellant tank arrangement comprising: an oxygen tank for storing liquid oxygen, and a fuel tank for storing liquid fuel, wherein the fuel tank is one of a propane tank for storing liquid propane, a propene tank for storing liquid propene, and a propylene tank for storing liquid propylene, wherein the fuel tank is at least partially arranged within the oxygen tank; at least one combustion chamber , coupled to the rocket propellant tank arrangement for receiving liquid oxygen from the oxygen tank and for receiving liquid fuel from the fuel tank ; and at least one nozzle , coupled to the at least one combustion chamber, for ejecting exhaust gases from the at least one combustion chamber. a rocket propellant tank arrangement for storing fuel and oxidizer for launching a rocket, the rocket propellant tank arrangement comprising: an oxygen tank for storing liquid oxygen, and a fuel tank for storing liquid fuel, wherein the fuel tank is one of a propane tank for storing liquid propane, a propene tank for storing liquid propene, and a propylene tank for storing liquid propylene, wherein the fuel tank is at least partially arranged within the oxygen tank; an oxygen tank for storing liquid oxygen, and a fuel tank for storing liquid fuel, wherein the fuel tank is one of a propane tank for storing liquid propane, a propene tank for storing liquid propene, and a propylene tank for storing liquid propylene, wherein the fuel tank is at least partially arranged within the oxygen tank; at least one combustion chamber , coupled to the rocket propellant tank arrangement for receiving liquid oxygen from the oxygen tank and for receiving liquid fuel from the fuel tank ; and at least one nozzle , coupled to the at least one combustion chamber, for ejecting exhaust gases from the at least one combustion chamber.
An circular surgical stapling instrument comprising: (a) an actuator handle assembly comprising: i. a body, ii. a trigger pivotably mounted to the body, and iii. a button coupled to the body; (b) a shaft assembly extending distally from the actuator handle assembly; (c) a stapling head assembly coupled to the distal end of the shaft assembly and comprising: i. a staple driver, and ii. a pointed rod adapted to seat an anvil thereon; and (d) an anvil sensing shaft extending from said stapling head assembly to said actuator handle assembly , wherein the anvil sensing shaft is adapted to be moved proximally by the anvil when the pointed rod with the anvil seated thereon is moved proximally to close the gap between the anvil and the stapling head assembly to a desired operating range; wherein the trigger is operable to actuate the staple driver distally to drive a plurality of staples out of the stapling head assembly; and wherein the anvil sensing shaft is operable such that a proximal end of the anvil sensing shaft cams the button outwardly from the body when the anvil sensing shaft is moved proximally. (a) an actuator handle assembly comprising: i. a body, ii. a trigger pivotably mounted to the body, and iii. a button coupled to the body; i. a body, ii. a trigger pivotably mounted to the body, and iii. a button coupled to the body; (b) a shaft assembly extending distally from the actuator handle assembly; (c) a stapling head assembly coupled to the distal end of the shaft assembly and comprising: i. a staple driver, and ii. a pointed rod adapted to seat an anvil thereon; and i. a staple driver, and ii. a pointed rod adapted to seat an anvil thereon; and (d) an anvil sensing shaft extending from said stapling head assembly to said actuator handle assembly , wherein the anvil sensing shaft is adapted to be moved proximally by the anvil when the pointed rod with the anvil seated thereon is moved proximally to close the gap between the anvil and the stapling head assembly to a desired operating range;
A container for containing a coupling medium for transdermal delivery of a medicament using a transducer unit having a transducer with an output face , the container comprising: a chamber for receiving the coupling medium; and a contact surface for contacting the output face of the transducer ; wherein the container is attachable to the transducer unit and is arranged such that, upon attachment of the container to the transducer unit , an acoustic coupling for ultrasound transmission is formed between the output face of the transducer and the contact surface , and the container being characterised in that the contact surface comprises a convex surface for contact with the output face of the transducer , such that a contact area between the contact surface and the output face increases progressively to exclude air during attachment of the container to the transducer unit . a chamber for receiving the coupling medium; and a contact surface for contacting the output face of the transducer ; wherein the container is attachable to the transducer unit and is arranged such that, upon attachment of the container to the transducer unit , an acoustic coupling for ultrasound transmission is formed between the output face of the transducer and the contact surface , and the container being characterised in that the contact surface comprises a convex surface for contact with the output face of the transducer , such that a contact area between the contact surface and the output face increases progressively to exclude air during attachment of the container to the transducer unit . wherein the container is attachable to the transducer unit and is arranged such that, upon attachment of the container to the transducer unit , an acoustic coupling for ultrasound transmission is formed between the output face of the transducer and the contact surface , and the container being characterised in that the contact surface comprises a convex surface for contact with the output face of the transducer , such that a contact area between the contact surface and the output face increases progressively to exclude air during attachment of the container to the transducer unit .
A computer system configured to process alarm activations received from one or more technical systems wherein a particular alarm activation represents a deviation of the technical status of a particular technical system from its normal technical status, the computer system comprising: a data storage interface configured to record a plurality of received alarm activations in a data storage unit wherein the recorded alarm activations correspond to one or more alarms (A1 to A6); a data processing component characterized in that it is configured to determine, from the recorded alarm activations, a plurality of time intervals (I1" to I5", I1' to I10') for alarm analysis; to compute similarity measures for pairs of the determined time intervals wherein the similarity measures depend on the occurrence of the recorded alarm activations in respective pairs of the determined time intervals, and wherein the contribution of a particular alarm activation to the similarity of two time intervals is reduced with an increasing occurrence of the alarm in the determined time intervals so that, the more often an alarm occurs in determined time intervals other than the two compared intervals, the lower is its significance for the similarity measure of the two compared intervals; and a user interface component configured to provide one or more pairs of time intervals to an operator of the one or more technical systems wherein the one or more pairs of time intervals include time intervals with similarity measures indicating similar alarm floods in the respective time intervals. a data storage interface configured to record a plurality of received alarm activations in a data storage unit wherein the recorded alarm activations correspond to one or more alarms (A1 to A6); a data processing component characterized in that it is configured to determine, from the recorded alarm activations, a plurality of time intervals (I1" to I5", I1' to I10') for alarm analysis; to compute similarity measures for pairs of the determined time intervals wherein the similarity measures depend on the occurrence of the recorded alarm activations in respective pairs of the determined time intervals, and wherein the contribution of a particular alarm activation to the similarity of two time intervals is reduced with an increasing occurrence of the alarm in the determined time intervals so that, the more often an alarm occurs in determined time intervals other than the two compared intervals, the lower is its significance for the similarity measure of the two compared intervals; and a user interface component configured to provide one or more pairs of time intervals to an operator of the one or more technical systems wherein the one or more pairs of time intervals include time intervals with similarity measures indicating similar alarm floods in the respective time intervals.
A touch-up paint for the repair of chips or scratches in automotive paintwork and which comprises a composition including a polymeric resin dissolved in a suitable solvent, characterised in that it further includes a compatible dilulent having a lower evaporation point than the solvent and fumed silica, wherein the touch-up paint further includes a pigmented proprietary solvent based paint such that 100 parts of said proprietary paint is mixed with between 50 parts to 100 parts by weight of said composition.
Method for operating a gas sensor , wherein a test gas is drawn in and fed to the gas sensor by means of a pump coupled to the gas sensor , wherein different volume flows are produced by means of the pump and volume-flow-dependent measured values are in each case recorded by means of the gas sensor , wherein the volume-flow-dependent measured values are recorded together with the respective volume flow, wherein correction factors or a calibrating function are determined on the basis of the volume-flow-dependent measured values and the respectively associated volume flow as a basis for calibration, wherein, in a measuring mode of the gas sensor , on the one hand a measured value provided by the gas sensor and an effective volume flow are detected and on the other hand the detected measured value is corrected on the basis of the detected effective volume flow and on the basis of the volume-flow-dependent measured values determined in the course of the calibration process. wherein a test gas is drawn in and fed to the gas sensor by means of a pump coupled to the gas sensor , wherein different volume flows are produced by means of the pump and volume-flow-dependent measured values are in each case recorded by means of the gas sensor , wherein the volume-flow-dependent measured values are recorded together with the respective volume flow, wherein correction factors or a calibrating function are determined on the basis of the volume-flow-dependent measured values and the respectively associated volume flow as a basis for calibration, wherein, in a measuring mode of the gas sensor , on the one hand a measured value provided by the gas sensor and an effective volume flow are detected and on the other hand the detected measured value is corrected on the basis of the detected effective volume flow and on the basis of the volume-flow-dependent measured values determined in the course of the calibration process.
A method for producing a window profile or door profile according to which a decor pattern is generated on at least one surface of the window profile or door profile by means of digital printing from ink drops , wherein the ink drops are printed onto the surface of the window profile or door profile up to a distance from an edge extending in the printing direction of the window profile or door profile in a first direction, in particular perpendicularly, and the ink drops are printed on in a second direction, which is different from the first direction, in particular oblique, in the region of the surface defined by the distance from the edge , characterized in that the distance to the edge is at least as large as the admitted maximum deviation of the actual dimensions of the window profile or door profile from the target dimensions.
Suspension bracket for a brake linkage of a rail vehicle, wherein the suspension bracket comprises a vehicle-side connection section , a middle section and a brake-side connection section , wherein at least the middle section with respect to a longitudinal axis running through the vehicle-side connection section and the brake-side connection section has a minimum elasticity and/or rigidity, characterized in that the middle section has a bent and/or curved shape, and that the middle section has an O-shape and / or S-shape and / or U-shape and / or L-shape and / or a helical shape, so that the suspension bracket is formed to be able to oscillate and/or be resilient with respect to the longitudinal axis .
An apparatus comprising: a substrate ; and two or more electrodes , formed directly or indirectly on the substrate , the electrodes including first and second electrodes separated from each other by different minimum spacing at different locations along a length of at least one of the first and second electrodes , wherein the electrodes are configured to receive a non-zero frequency time-varying electrical energy that is coupled by the electrodes to the substrate to trigger a current to generate a frequency-controlled heat source in the substrate , and wherein a location of the heat source is selected along the length of the electrodes by adjusting the frequency of the time-varying electrical energy, thereby providing at least one corresponding frequency-dependent current path between the first and second electrodes to provide the frequency-controlled heat at the heat source location in the substrate . a substrate ; and two or more electrodes , formed directly or indirectly on the substrate , the electrodes including first and second electrodes separated from each other by different minimum spacing at different locations along a length of at least one of the first and second electrodes , wherein the electrodes are configured to receive a non-zero frequency time-varying electrical energy that is coupled by the electrodes to the substrate to trigger a current to generate a frequency-controlled heat source in the substrate , and wherein a location of the heat source is selected along the length of the electrodes by adjusting the frequency of the time-varying electrical energy, thereby providing at least one corresponding frequency-dependent current path between the first and second electrodes to provide the frequency-controlled heat at the heat source location in the substrate .
A coil for transmitting torque to a threaded insert sleeve having an external thread and optionally for tapping a thread, said coil comprising: - a radially outer profile, which is provided for anchoring said coil in a threaded insert sleeve and for transmitting a torque to said threaded insert sleeve and optionally for tapping a thread, and - a driving profile suitable for receiving a drive, which can engage in said driving profile in such a way that a torque can be transmitted from the drive to said coil and at the same time any torsion of said coil can be limited or avoided. - a radially outer profile, which is provided for anchoring said coil in a threaded insert sleeve and for transmitting a torque to said threaded insert sleeve and optionally for tapping a thread, and - a driving profile suitable for receiving a drive, which can engage in said driving profile in such a way that a torque can be transmitted from the drive to said coil and at the same time any torsion of said coil can be limited or avoided.
A process for producing an ion exchange membrane capable of use for electrodialysis, comprising: choosing a suitable porous substrate saturating the porous regions of the substrate with a monomeric solution comprising at least one functional monomer selected from the group consisting of vinylimidazole and vinylcarbazole, at least one crosslinking monomer, at least one quaternizing agent, and at least one polymerization initiator; removing excess solution from the surfaces of the substrate while leaving the porous volume saturated with solution; and initiating polymerization to form a crosslinked anion exchange polymer substantially completely filling the pores of the substrate. choosing a suitable porous substrate saturating the porous regions of the substrate with a monomeric solution comprising at least one functional monomer selected from the group consisting of vinylimidazole and vinylcarbazole, at least one crosslinking monomer, at least one quaternizing agent, and at least one polymerization initiator; removing excess solution from the surfaces of the substrate while leaving the porous volume saturated with solution; and initiating polymerization to form a crosslinked anion exchange polymer substantially completely filling the pores of the substrate.
A complex comprising a hydrophobic cluster compound and a β-1,3-1,6-D-glucan having a degree of branching of 75 to 100%, wherein the hydrophobic cluster compound is a carborane, a fullerene, a carbon nanotube, a carbon nanocoil, silver nanoparticles or gold nanoparticles.
Method for determining an operating variable of a drum brake , which can be actuated by means of an electromechanical actuator , in at least one first wheel speed range and one second wheel speed range, wherein wheel speeds (ω rad ) of the first wheel speed range are higher than wheel speeds (ω rad ) of the second wheel speed range, wherein the method has the following steps: - in the first wheel speed range: - determining at least one bearing force (F Ab,Aufl ) of a leading brake shoe and a further bearing force (F Ab,Abl ) of a trailing brake shoe of the drum brake , and - calculating the operating variable based on the bearing force (F Ab,Aufl ) and the further bearing force (F Ab,Abl ), - in the second wheel speed range: - determining at least one current actuator position (X Sp ), and - calculating the operating variable based on the actuator position (X Sp ) and an actuator contact position (X 0 ), in which brake shoes of the drum brake come into engagement with a drum of the drum brake . - in the first wheel speed range: - determining at least one bearing force (F Ab,Aufl ) of a leading brake shoe and a further bearing force (F Ab,Abl ) of a trailing brake shoe of the drum brake , and - calculating the operating variable based on the bearing force (F Ab,Aufl ) and the further bearing force (F Ab,Abl ), - determining at least one bearing force (F Ab,Aufl ) of a leading brake shoe and a further bearing force (F Ab,Abl ) of a trailing brake shoe of the drum brake , and - calculating the operating variable based on the bearing force (F Ab,Aufl ) and the further bearing force (F Ab,Abl ), - in the second wheel speed range: - determining at least one current actuator position (X Sp ), and - calculating the operating variable based on the actuator position (X Sp ) and an actuator contact position (X 0 ), in which brake shoes of the drum brake come into engagement with a drum of the drum brake . - determining at least one current actuator position (X Sp ), and - calculating the operating variable based on the actuator position (X Sp ) and an actuator contact position (X 0 ), in which brake shoes of the drum brake come into engagement with a drum of the drum brake .