mhurhangee/patent-ind-claim-en huggingface dataset:
A split control unit to provide a continuous cooling flow in a distributed flow system, wherein the split control unit controls a split of an inlet flow by metering a portion of the inlet flow to a first fuel manifold and passing a remainder of the inlet flow to a second manifold, wherein the first manifold has flow lines to supply fuel to one or more primary nozzles and the second manifold has flow lines to supply fuel to one or more secondary nozzles , the split control unit comprising: a flow inlet configured to receive the inlet fuel flow, wherein the flow inlet is in fluid communication with the second manifold to pass the remainder of the inlet flow to the second manifold; a metering valve having a first, inlet port in fluid communication with the flow inlet and with the second manifold, the metering valve configured to supply a metered fuel flow to the first manifold; and a flow passage in fluid communication with, and running between, a flow line of the flow lines of the first manifold and a flow line of the flow lines of the second manifold to allow for a continuous cooling flow of fuel in the second manifold to the first manifold when all of the one or more secondary nozzles are closed. a flow inlet configured to receive the inlet fuel flow, wherein the flow inlet is in fluid communication with the second manifold to pass the remainder of the inlet flow to the second manifold; a metering valve having a first, inlet port in fluid communication with the flow inlet and with the second manifold, the metering valve configured to supply a metered fuel flow to the first manifold; and a flow passage in fluid communication with, and running between, a flow line of the flow lines of the first manifold and a flow line of the flow lines of the second manifold to allow for a continuous cooling flow of fuel in the second manifold to the first manifold when all of the one or more secondary nozzles are closed.
A method for manufacturing a three-dimensional body , the method comprising placing around an in-process three-dimensional body a support for holding up the in-process three-dimensional body and placing on the in-process three-dimensional body another member to be part of the three-dimensional body while holding up the in-process structural with the support, wherein the support is made from a support material including a resin containing particles , wherein a melting point of the resin and a melting point of the particles are different, and while being placed around the in-process three-dimensional body, the support material is heated in such a manner that the resin flows and the particles remain solid in the fluid resin while the in-process three-dimensional body remains solid. wherein the support is made from a support material including a resin containing particles , wherein a melting point of the resin and a melting point of the particles are different, and while being placed around the in-process three-dimensional body, the support material is heated in such a manner that the resin flows and the particles remain solid in the fluid resin while the in-process three-dimensional body remains solid.
A game apparatus which realizes a multiplayer gameplay using the game apparatus and at least one other game apparatus capable of performing wireless communication with each other, comprising: a wireless communication section , operating as a master, having a time synchronization function of transmitting a beacon signal in a constant cycle to synchronize a timer provided inside the wireless communication section to another timer provided inside another wireless communication section , operating as a client, of the at least one other game apparatus which is set as a communication party for the multiplayer gameplay, the wireless communication section provided inside the game apparatus or connected to the game apparatus via a connector, wherein the beacon signal is received by the wireless communication section of the at least one other game apparatus and includes information indicating a transmit time of the beacon signal and a beacon interval; a counter for measuring a processing cycle of a game process executed in a cyclic manner; a processing section for executing the game process in a cyclic manner based on the value of the counter; and an adjustment section for adjusting the value of the counter based on a time at which the wireless communication section outputs an interrupt signal to the adjustment section, such that the processing cycle of the game process is synchronized with the transmission cycle of the beacon signal transmitted from the wireless communication section, wherein the interrupt signal is outputted in a cycle N times as long as the beacon signal transmission cycle, N being a natural number greater than 1. a wireless communication section , operating as a master, having a time synchronization function of transmitting a beacon signal in a constant cycle to synchronize a timer provided inside the wireless communication section to another timer provided inside another wireless communication section , operating as a client, of the at least one other game apparatus which is set as a communication party for the multiplayer gameplay, the wireless communication section provided inside the game apparatus or connected to the game apparatus via a connector, wherein the beacon signal is received by the wireless communication section of the at least one other game apparatus and includes information indicating a transmit time of the beacon signal and a beacon interval; a counter for measuring a processing cycle of a game process executed in a cyclic manner; a processing section for executing the game process in a cyclic manner based on the value of the counter; and an adjustment section for adjusting the value of the counter based on a time at which the wireless communication section outputs an interrupt signal to the adjustment section, such that the processing cycle of the game process is synchronized with the transmission cycle of the beacon signal transmitted from the wireless communication section, wherein the interrupt signal is outputted in a cycle N times as long as the beacon signal transmission cycle, N being a natural number greater than 1.
A power cable comprising: a plurality of conducting wires which are arranged in parallel and arranged to be spaced apart from one another and an outer coating surrounding the plurality of conducting wires and formed of a transparent material configured to transmit external light, wherein in each of the plurality of conducting wires , transparent electrodes are repeatedly stacked, wherein a metal material is bonded to the both ends of the transparent electrode ; and characterized that metal electrodes are formed at both ends of the transparent electrodes and the metal material is bonded to the transparent electrode by the metal electrodes . a plurality of conducting wires which are arranged in parallel and arranged to be spaced apart from one another and an outer coating surrounding the plurality of conducting wires and formed of a transparent material configured to transmit external light, wherein in each of the plurality of conducting wires , transparent electrodes are repeatedly stacked, wherein a metal material is bonded to the both ends of the transparent electrode ; and characterized that metal electrodes are formed at both ends of the transparent electrodes and the metal material is bonded to the transparent electrode by the metal electrodes .
A method of estimating tension in a target post-tensioned rod, the method comprising: determining frequency differences between first and second modal frequencies for: a plurality of post-tensioned rods , wherein the frequency differences are determined for each rod at one or more levels of tension; and the target post-tensioned rod; measuring cantilever lengths of: the plurality of post-tensioned rods , wherein the cantilever lengths are measured for each rod at one or more levels of tension; and the target post-tensioned rod; and applying regression analysis to estimate tension in the target post-tensioned rod, wherein the regression analysis is based on at least the frequency differences determined for the plurality of post-tensioned rods , the frequency difference for the target post-tensioned rod, the measured cantilever lengths for the plurality of post-tensioned rods , and the measured cantilever length of the target post-tensioned rod. determining frequency differences between first and second modal frequencies for: a plurality of post-tensioned rods , wherein the frequency differences are determined for each rod at one or more levels of tension; and the target post-tensioned rod; a plurality of post-tensioned rods , wherein the frequency differences are determined for each rod at one or more levels of tension; and the target post-tensioned rod; measuring cantilever lengths of: the plurality of post-tensioned rods , wherein the cantilever lengths are measured for each rod at one or more levels of tension; and the target post-tensioned rod; and the plurality of post-tensioned rods , wherein the cantilever lengths are measured for each rod at one or more levels of tension; and the target post-tensioned rod; and applying regression analysis to estimate tension in the target post-tensioned rod, wherein the regression analysis is based on at least the frequency differences determined for the plurality of post-tensioned rods , the frequency difference for the target post-tensioned rod, the measured cantilever lengths for the plurality of post-tensioned rods , and the measured cantilever length of the target post-tensioned rod.
Detection system for automatically detecting surgical instruments - having at least two surgical instruments, which each comprise at least one cavity (5.2.1, 6.2, 7.2.3) extending along a longitudinal axis of the instrument (2.2, 5, 6, 7) and a proximal entry region (5.1, 3.1, 6.5.2, 7.2.4) to the cavity, wherein an angle of the proximal entry region in relation to the longitudinal extension of the cavity is different in the at least two surgical instruments, - having a sensor unit , which comprises two electromagnetic sensors (1.1, 1.2), is insertable into the cavity (5.2.1, 6.2, 7.2.3), and one sensor of which is arranged axially extending in the cavity (5.2.1, 6.2, 7.2.3), and the other sensor of which is arranged in the entry region (5.1, 3.1, 6.5.2, 7.2.4), - having a field generator (2.1) for generating an electromagnetic field, and - having an analysis unit (3.1.3) for analyzing signals transmitted by the electromagnetic sensors (1.1, 1.2) to the analysis unit (3.1.3) in accordance with the location thereof in the field of the field generator (2.1) and for detecting the precise angular orientation of the sensors (1.1, 2.1) in the electromagnetic field to identify the type of the surgical instrument. - having at least two surgical instruments, which each comprise at least one cavity (5.2.1, 6.2, 7.2.3) extending along a longitudinal axis of the instrument (2.2, 5, 6, 7) and a proximal entry region (5.1, 3.1, 6.5.2, 7.2.4) to the cavity, wherein an angle of the proximal entry region in relation to the longitudinal extension of the cavity is different in the at least two surgical instruments, - having a sensor unit , which comprises two electromagnetic sensors (1.1, 1.2), is insertable into the cavity (5.2.1, 6.2, 7.2.3), and one sensor of which is arranged axially extending in the cavity (5.2.1, 6.2, 7.2.3), and the other sensor of which is arranged in the entry region (5.1, 3.1, 6.5.2, 7.2.4), - having a field generator (2.1) for generating an electromagnetic field, and - having an analysis unit (3.1.3) for analyzing signals transmitted by the electromagnetic sensors (1.1, 1.2) to the analysis unit (3.1.3) in accordance with the location thereof in the field of the field generator (2.1) and for detecting the precise angular orientation of the sensors (1.1, 2.1) in the electromagnetic field to identify the type of the surgical instrument.
A method of determining a selected uplink for a universal repeater with an access point in a network, the method comprising, at the universal repeater : detecting broadcast packets from a plurality of devices providing candidate uplinks operating in the network, which devices comprise the access point and one or more further universal repeaters; listening for a predetermined time for broadcast packets using the same SSID; determining the BSSIDs of the plurality of devices operating in the network; determining a sorted list of end-to-end throughput capacities for each of the plurality of candidate uplinks;; determining a selected uplink based on data in the broadcast packets indicative of the highest end-to-end throughput capacity from the universal repeater to the access point via each of the plurality of candidate uplinks; instructing the universal repeater to pair with one of the devices of the plurality of devices, which one device provides the selected uplink. detecting broadcast packets from a plurality of devices providing candidate uplinks operating in the network, which devices comprise the access point and one or more further universal repeaters; listening for a predetermined time for broadcast packets using the same SSID; determining the BSSIDs of the plurality of devices operating in the network; determining a sorted list of end-to-end throughput capacities for each of the plurality of candidate uplinks;; determining a selected uplink based on data in the broadcast packets indicative of the highest end-to-end throughput capacity from the universal repeater to the access point via each of the plurality of candidate uplinks; instructing the universal repeater to pair with one of the devices of the plurality of devices, which one device provides the selected uplink.
A dart game apparatus comprising: a dart board in which a dart can stick and a plurality of segments are demarcated; a first detecting part that detects a position of a point where the dart stuck in the dart board; a second detecting part that detects a segment of the point where the dart stuck from the plurality of segments; a correcting part that corrects the position detected by the first detecting part to a position in the segment detected by the second detecting part if a segment corresponding to the position detected by the first detecting part is different from the segment detected by the second detecting part; and an outputting part that outputs the position detected by the first detecting part or position corrected by the correcting part. a dart board in which a dart can stick and a plurality of segments are demarcated; a first detecting part that detects a position of a point where the dart stuck in the dart board; a second detecting part that detects a segment of the point where the dart stuck from the plurality of segments; a correcting part that corrects the position detected by the first detecting part to a position in the segment detected by the second detecting part if a segment corresponding to the position detected by the first detecting part is different from the segment detected by the second detecting part; and an outputting part that outputs the position detected by the first detecting part or position corrected by the correcting part.
A prolonged-release melatonin mini-tablet comprising: 1 mg, 2 mg, 3 mg, 4 mg, or 5 mg melatonin; and pharmaceutically acceptable carriers comprising calcium hydrogen phosphate dihydrate, ammonio methacrylate copolymer and lactose monohydrate, wherein the ratio between melatonin, ammonio methacrylate copolymer, calcium hydrogen phosphate dihydrate and lactose monohydrate by weight is 1: 1.1-5.9 : 0.8-8.3 : 1.8-8.8; and wherein the mini-tablet has a diameter of less than or equal to 4 mm. 1 mg, 2 mg, 3 mg, 4 mg, or 5 mg melatonin; and pharmaceutically acceptable carriers comprising calcium hydrogen phosphate dihydrate, ammonio methacrylate copolymer and lactose monohydrate, wherein the ratio between melatonin, ammonio methacrylate copolymer, calcium hydrogen phosphate dihydrate and lactose monohydrate by weight is 1: 1.1-5.9 : 0.8-8.3 : 1.8-8.8; and wherein the mini-tablet has a diameter of less than or equal to 4 mm.
A method for transferring a robotic arm from a mounting surface to which the robotic arm is attached during use to a mobile cart for storage and/or transport of the robotic arm , the method comprising: tracking a location of the mobile cart relative to the robotic arm using a motion tracking system ; and controlling the robotic arm to move the robotic arm into a pose that facilitates transferring the robotic arm from the mounting surface to the mobile cart based on the tracked location of the mobile cart ; wherein the mounting surface is located on a carriage that is moveable along a support element , the method further comprising: moving the carriage and the robotic arm along the support element to a pre-determined loading/unloading position. tracking a location of the mobile cart relative to the robotic arm using a motion tracking system ; and controlling the robotic arm to move the robotic arm into a pose that facilitates transferring the robotic arm from the mounting surface to the mobile cart based on the tracked location of the mobile cart ; wherein the mounting surface is located on a carriage that is moveable along a support element , the method further comprising: moving the carriage and the robotic arm along the support element to a pre-determined loading/unloading position.
A method of holding a work-piece on an adhesive fixture, comprising: providing a fixture having a fixture base and a plurality of fixing surfaces , the fixture including a plurality of fixture elements each defining one of the fixing surfaces , each of the fixture elements being capable of displacing relative to the fixture base with prescribed degrees of freedom, the fixture further including a clamping system operable to selectively disengage so as to release displacement of each of the fixture elements relative to the fixture base or engage so as to stop displacement of each of the fixture elements relative to the fixture base ; adjoining adhesive to at least one of the fixing surfaces of the fixture elements ; adhering the adhesive to the at least one fixing surface and to a work-piece to create an adhesive joint between the at least one fixing surface and the work-piece to restrain the work-piece during a manufacturing process; and disengaging the clamping system such that the fixture elements are displaceable; allowing each of the fixture elements to displace as the work-piece and adhesive joint obtain the equilibrium shape to reduce strain energy; and engaging the clamping system to stop the motion freedom of the fixture elements after the work-piece has obtained its equilibrium shape; whereby the work-piece is allowed to obtain an equilibrium shape closer to a free state without rupturing the adhesive joint or substantially reducing its holding strength. providing a fixture having a fixture base and a plurality of fixing surfaces , the fixture including a plurality of fixture elements each defining one of the fixing surfaces , each of the fixture elements being capable of displacing relative to the fixture base with prescribed degrees of freedom, the fixture further including a clamping system operable to selectively disengage so as to release displacement of each of the fixture elements relative to the fixture base or engage so as to stop displacement of each of the fixture elements relative to the fixture base ; adjoining adhesive to at least one of the fixing surfaces of the fixture elements ; adhering the adhesive to the at least one fixing surface and to a work-piece to create an adhesive joint between the at least one fixing surface and the work-piece to restrain the work-piece during a manufacturing process; and disengaging the clamping system such that the fixture elements are displaceable; allowing each of the fixture elements to displace as the work-piece and adhesive joint obtain the equilibrium shape to reduce strain energy; and engaging the clamping system to stop the motion freedom of the fixture elements after the work-piece has obtained its equilibrium shape; whereby the work-piece is allowed to obtain an equilibrium shape closer to a free state without rupturing the adhesive joint or substantially reducing its holding strength.
Anti-fouling unit configured to be arranged on a surface , wherein the anti-fouling unit comprises at least one electric circuit including a light-emitting arrangement configured to emit anti-fouling light, and a plate-shaped carrier slab carrying the at least one electric circuit , wherein the carrier slab has an emission surface configured to allow light from the light-emitting arrangement of the at least one electric circuit to pass to outside of the anti-fouling unit and to thereby subject an exterior side of the emission surface and surroundings thereof to an anti-fouling action, wherein the carrier slab includes at least one active slab zone where the at least one electric circuit is located and at least one passive slab zone outside the active slab zone , which at least one passive slab zone is configured to allow a division of the anti-fouling unit in separate pieces in order to fit on a predetermined surface portion while keeping the functionality of the at least one electric circuit intact, and wherein the light-emitting arrangement of the at least one electric circuit is configured to subject the exterior side of the emission surface and surroundings thereof to an anti-fouling action both at a position of the at least one active slab zone and at a position of the at least one passive slab zone . wherein the anti-fouling unit comprises at least one electric circuit including a light-emitting arrangement configured to emit anti-fouling light, and a plate-shaped carrier slab carrying the at least one electric circuit , wherein the carrier slab has an emission surface configured to allow light from the light-emitting arrangement of the at least one electric circuit to pass to outside of the anti-fouling unit and to thereby subject an exterior side of the emission surface and surroundings thereof to an anti-fouling action, wherein the carrier slab includes at least one active slab zone where the at least one electric circuit is located and at least one passive slab zone outside the active slab zone , which at least one passive slab zone is configured to allow a division of the anti-fouling unit in separate pieces in order to fit on a predetermined surface portion while keeping the functionality of the at least one electric circuit intact, and wherein the light-emitting arrangement of the at least one electric circuit is configured to subject the exterior side of the emission surface and surroundings thereof to an anti-fouling action both at a position of the at least one active slab zone and at a position of the at least one passive slab zone .
A compound selected from compounds of formula (V), (VI), (IX) and (XII) and their salts.
A SiC semiconductor device manufacturing method, comprising: a step (A) of etching a surface of a SiC substrate with H 2 gas under Si-excess atmosphere within a temperature range of 1000°C to 1350°C; a step (B) of depositing, by a CVD method, a SiO 2 film on the SiC substrate at such a temperature that the SiC substrate is not oxidized; and a step (C) of thermally treating the SiC substrate , on which the SiO 2 film is deposited, in NO gas atmosphere within a temperature range of 1150°C to 1350°C. a step (A) of etching a surface of a SiC substrate with H 2 gas under Si-excess atmosphere within a temperature range of 1000°C to 1350°C; a step (B) of depositing, by a CVD method, a SiO 2 film on the SiC substrate at such a temperature that the SiC substrate is not oxidized; and a step (C) of thermally treating the SiC substrate , on which the SiO 2 film is deposited, in NO gas atmosphere within a temperature range of 1150°C to 1350°C.