mhurhangee/ep-ind-claims huggingface dataset:
Openable corrugated hose for accommodating cables (2 - 8), comprising: a first corrugated hose shell, a second corrugated hose shell, a joint section, at which the first corrugated hose shell and the second corrugated hose shell are each connected to one another pivotably at a first end section (12, 13), and a lip section (17, 18), which is provided on a second end section (15, 16) of at least one of the corrugated hose shells (10, 11), wherein the lip section (17, 18) is manufactured from a different material than the corrugated hose shells (10, 11), and a latching device for latching the first corrugated hose shell with the second corrugated hose shell when the corrugated hose is transferred from an opened state to a closed state thereof. a first corrugated hose shell, a second corrugated hose shell, a joint section, at which the first corrugated hose shell and the second corrugated hose shell are each connected to one another pivotably at a first end section (12, 13), and a lip section (17, 18), which is provided on a second end section (15, 16) of at least one of the corrugated hose shells (10, 11), wherein the lip section (17, 18) is manufactured from a different material than the corrugated hose shells (10, 11), and a latching device for latching the first corrugated hose shell with the second corrugated hose shell when the corrugated hose is transferred from an opened state to a closed state thereof.
A sinker cam ring (100; 200) for a circular knitting machine, comprising a plurality of sinker cam segments (110, 120; 210, 220) arranged edge-to-edge to form the sinker cam ring (100; 200), the sinker cam ring (100; 200) defining a first sinker cam track (130; 230) having first working surfaces (132, 133; 232, 233) that include first sinker-advancing surfaces and first sinker-retracting surfaces for engaging first sinker butts of sinkers, the first sinker-advancing surfaces and first sinker-retracting surfaces being made up of linear portions and curved portions, each sinker cam segment (110, 120; 210, 220) defining a portion of the first sinker cam track (130; 230), characterized in that breaks (140; 240) between adjacent sinker cam segments (110, 120; 210, 220) are located in the linear portions of the first sinker-advancing surfaces and/or first sinker-retracting surfaces, where substantially only frictional forces act on the sinkers and radial acceleration of the sinkers caused by the first working surfaces (132, 133; 232, 233) is substantially zero.
Process of manufacturing a component made of fiber-reinforced composite material, comprising the following sequence of steps: a) manufacturing a textile preform from layers of fibrous material (32, 34, 36), b) preforming and ply-fixing the textile preform in accordance with the desired final contour in component, wherein said step b) comprising forming the textile preform with a forming tool, c) metallizing the textile preform produced in step a) to coat a fiber surface of the fiber material of the textile preform with a metal layer while holding the textile preform against the forming tool according to the desired final contour, and stabilizing and/or fixing layers in the preformed textile preform by the metallization, d) impregnating the metallized textile preform with matrix material and curing. a) manufacturing a textile preform from layers of fibrous material (32, 34, 36), b) preforming and ply-fixing the textile preform in accordance with the desired final contour in component, wherein said step b) comprising forming the textile preform with a forming tool, c) metallizing the textile preform produced in step a) to coat a fiber surface of the fiber material of the textile preform with a metal layer while holding the textile preform against the forming tool according to the desired final contour, and stabilizing and/or fixing layers in the preformed textile preform by the metallization, d) impregnating the metallized textile preform with matrix material and curing.
A method of a user equipment, UE (104; 240; 350; 404; 504), the method comprising: determining (712; 810) a capability for a number of beam switches that the UE supports per slot for each slot of one or more slots based on a slot type of that slot and/or based on one or more other capabilities associated with the UE to receive one or more signals across a number of beams; transmitting (716; 820), to a network node (102; 222, 224; 310; 402; 502), capability information indicating the capability for the number of beam switches that the UE supports per slot; and receiving (724, 726; 830), from the network node, the one or more signals across the number of beams based on the capability indicated in the capability information for the number of beam switches per slot associated with a slot in which the one or more signals are received. determining (712; 810) a capability for a number of beam switches that the UE supports per slot for each slot of one or more slots based on a slot type of that slot and/or based on one or more other capabilities associated with the UE to receive one or more signals across a number of beams; transmitting (716; 820), to a network node (102; 222, 224; 310; 402; 502), capability information indicating the capability for the number of beam switches that the UE supports per slot; and receiving (724, 726; 830), from the network node, the one or more signals across the number of beams based on the capability indicated in the capability information for the number of beam switches per slot associated with a slot in which the one or more signals are received.
A method of controlling an oral appliance, the oral appliance comprising a sensing arrangement disposed in proximity to at least one part of a facial muscle complex of a user, the method comprising: sensing, with the sensing arrangement, the at least one part of the facial muscle complex being brought towards and physically interacting with the sensing arrangement, wherein sensing the physical interaction of the facial muscle complex with the sensing arrangement comprises sensing the facial muscle complex contacting the sensing arrangement as a result of deformation of the at least one part of the facial muscle complex; and in response to the sensing, controlling the oral appliance to generate a signal for transmission or storage. sensing, with the sensing arrangement, the at least one part of the facial muscle complex being brought towards and physically interacting with the sensing arrangement, wherein sensing the physical interaction of the facial muscle complex with the sensing arrangement comprises sensing the facial muscle complex contacting the sensing arrangement as a result of deformation of the at least one part of the facial muscle complex; and in response to the sensing, controlling the oral appliance to generate a signal for transmission or storage.
An airfoil for a gas turbine engine, comprising: a first cooling hole, having a first cooling passage arranged at a first angle relative to a chordwise axis; a second cooling hole, having a second cooling passage arranged at a second, different angle relative to said chordwise axis, wherein a radial projection of said first cooling passage intersects a radial projection of said second cooling passage; wherein said first cooling passage defines a passage axis, and a second inlet of said second cooling hole is on an opposite side of said passage axis from a second outlet of said second cooling hole; characterized in that said first cooling hole is on a leading edge of said airfoil; and wherein said first cooling hole has a first inlet and a first outlet, and said second cooling hole has a second inlet and a second outlet, and said second inlet is closer to said chordwise axis than said first inlet, and said first outlet is closer to said chordwise axis than said second outlet. a first cooling hole, having a first cooling passage arranged at a first angle relative to a chordwise axis; a second cooling hole, having a second cooling passage arranged at a second, different angle relative to said chordwise axis, wherein a radial projection of said first cooling passage intersects a radial projection of said second cooling passage; wherein said first cooling passage defines a passage axis, and a second inlet of said second cooling hole is on an opposite side of said passage axis from a second outlet of said second cooling hole; characterized in that said first cooling hole is on a leading edge of said airfoil; and wherein said first cooling hole has a first inlet and a first outlet, and said second cooling hole has a second inlet and a second outlet, and said second inlet is closer to said chordwise axis than said first inlet, and said first outlet is closer to said chordwise axis than said second outlet.
A cockpit display system for deployment onboard an aircraft, the cockpit display system comprising: an Enhanced Flight Vision System, EFVS, sensor configured to monitor a region forward of the aircraft for runway reference features; a cockpit display device on which an EFVS image is generated utilizing data received from the EFVS sensor; and a controller operably coupled to the EFVS sensor and to the cockpit display device; characterized in that the controller is configured to: establish a visibility requirement defining a minimum EFVS sensor range for a runway approached by the aircraft for landing; determine a ground location corresponding to the established visibility requirement; and generate the EFVS image to include a flight visibility marker, the positioning of which identifies the determined ground location within the virtual three dimensional environment of the EFVS image. an Enhanced Flight Vision System, EFVS, sensor configured to monitor a region forward of the aircraft for runway reference features; a cockpit display device on which an EFVS image is generated utilizing data received from the EFVS sensor; and a controller operably coupled to the EFVS sensor and to the cockpit display device; characterized in that the controller is configured to: establish a visibility requirement defining a minimum EFVS sensor range for a runway approached by the aircraft for landing; determine a ground location corresponding to the established visibility requirement; and generate the EFVS image to include a flight visibility marker, the positioning of which identifies the determined ground location within the virtual three dimensional environment of the EFVS image. establish a visibility requirement defining a minimum EFVS sensor range for a runway approached by the aircraft for landing; determine a ground location corresponding to the established visibility requirement; and generate the EFVS image to include a flight visibility marker, the positioning of which identifies the determined ground location within the virtual three dimensional environment of the EFVS image.
Lifting vehicle for transporting persons or loads, in particular in the airport sector, having a U-shaped chassis that has a central region in which a lifting platform is located, and having a lifting device for moving the lifting platform in the vertical direction, said lifting device being designed in such a way that the lifting platform can be adjusted between a position abutting on the driving track and a raised position, such that - the lifting device comprises several telescopically extendable lifting cylinders which are fixed on the chassis on both longitudinal sides of the lifting platform and are designed in such a way that the lifting platform can be raised or lowered in the vertical direction by extending or retracting the lifting cylinders; - and several telescopic columns are furthermore provided to stabilise the lifting platform, said columns being fixed on the chassis on both longitudinal sides of the lifting platform and being respectively connected to the lifting platform, wherein the telescopic columns are not designed to raise the lifting platform but rather are passively carried along in the vertical direction in the event of a movement of the lifting platform driven by the lifting device. - the lifting device comprises several telescopically extendable lifting cylinders which are fixed on the chassis on both longitudinal sides of the lifting platform and are designed in such a way that the lifting platform can be raised or lowered in the vertical direction by extending or retracting the lifting cylinders; - and several telescopic columns are furthermore provided to stabilise the lifting platform, said columns being fixed on the chassis on both longitudinal sides of the lifting platform and being respectively connected to the lifting platform, wherein the telescopic columns are not designed to raise the lifting platform but rather are passively carried along in the vertical direction in the event of a movement of the lifting platform driven by the lifting device.
High pressure fuel pump wherein a spring engaged around a cylindrical plunger is compressed between a spring seat arranged and retained at an extremity of the plunger and a pumping head in which the plunger is slidably guided and arranged to perform a pumping cycle, the spring seat comprising a central portion surrounded by a peripheral disc portion for receiving the spring, the central portion being provided with a central aperture allowing the plunger to pass therethrough and be positioned in a final position, characterized in that the spring seat further comprises a engagement aperture enabling through engagement of the extremity of the plunger in a preliminary engagement position distinct from the final position, said engagement aperture opening into the central aperture so that the plunger can be moved from the engagement position to the final position and wherein, the extremity of the plunger is provided with a transverse diametral through hole in which is engaged a pin protruding from both extremities of the hole, the engagement aperture enabling passage of said pin until final positioning of the plunger in the central aperture and, wherein the engagement aperture has a rectangular section forming diametrally opposed slots radially extending from the circular central aperture so that the plunger and the pin can be engaged therethrough said central and engagement apertures prior to be rotated to the final position and, wherein the spring seat is further provided with rectangular notches forming recess in the central portion of the spring seat, the notches radially extending from the circular central opening, so that the pin can position in said notches when the plunger is in final position.
A presentation apparatus comprising a main receptacle, an RFID first detector, an RFID second detector and a processor; wherein said main receptacle is to hold articles for customer selection, said first detector comprises a first antenna which is shielded to detect radio frequency signals coming in from RFID tags on the main receptacle and which is to detect presence of an RFID-tagged article on said main receptacle, and said second detector comprises a second antenna at a location distal from the main receptacle which is oriented to detect radio frequency signals coming from outside of the apparatus and shielded to prevent detecting RFID tags attached to articles on the main receptacle and to check out or deregister an article after said article has been removed from said main receptacle; wherein the processor is to collect identification information of an article upon introduction of said article into the main receptacle during a serving session and to register introduction of said article, and wherein the processor is to check out or de-register said article from said serving session upon detection of presence of said article at said second detector.
A method of controlling an electronic device having a touch-sensitive display, the method comprising: imparting, by an actuator, a force on the touch-sensitive display to provide tactile feedback; determining, based on signals from an accelerometer, the force imparted by the actuator on the touch-sensitive display; comparing the determined force to a target force; and adjusting a subsequent force imparted by the actuator based on the comparison. imparting, by an actuator, a force on the touch-sensitive display to provide tactile feedback; determining, based on signals from an accelerometer, the force imparted by the actuator on the touch-sensitive display; comparing the determined force to a target force; and adjusting a subsequent force imparted by the actuator based on the comparison.
A light detection and ranging, LIDAR, device (10, 100), comprising: a multiple pulse illumination source configured to emit an encoded multi-pulse beam of illumination light from the LIDAR device (10, 100) into a three dimensional environment to illuminate a particular spot of the three dimensional environment with a measurement pulse sequence of illumination light including multiple pulses of illumination light; a photosensitive detector configured to detect an amount of the measurement pulse sequence reflected from the particular spot of the three dimensional environment illuminated by the multi-pulse beam of illumination light and generate an output signal indicative of the detected amount of light; and a computing system configured to: receive the output signal indicative of the detected amount of light; convert the output signal to a digital signal; determine a time of flight of the measurement pulse sequence from the LIDAR device (10, 100) to the particular spot of the three dimensional environment and back to the LIDAR device (10, 100) based on the digital signal; and change a coding of the multi-pulse beam in response to a measurement of noise in the output signal generated by the photosensitive detector. a multiple pulse illumination source configured to emit an encoded multi-pulse beam of illumination light from the LIDAR device (10, 100) into a three dimensional environment to illuminate a particular spot of the three dimensional environment with a measurement pulse sequence of illumination light including multiple pulses of illumination light; a photosensitive detector configured to detect an amount of the measurement pulse sequence reflected from the particular spot of the three dimensional environment illuminated by the multi-pulse beam of illumination light and generate an output signal indicative of the detected amount of light; and a computing system configured to: receive the output signal indicative of the detected amount of light; convert the output signal to a digital signal; determine a time of flight of the measurement pulse sequence from the LIDAR device (10, 100) to the particular spot of the three dimensional environment and back to the LIDAR device (10, 100) based on the digital signal; and change a coding of the multi-pulse beam in response to a measurement of noise in the output signal generated by the photosensitive detector. receive the output signal indicative of the detected amount of light; convert the output signal to a digital signal; determine a time of flight of the measurement pulse sequence from the LIDAR device (10, 100) to the particular spot of the three dimensional environment and back to the LIDAR device (10, 100) based on the digital signal; and change a coding of the multi-pulse beam in response to a measurement of noise in the output signal generated by the photosensitive detector.
An apparatus comprising a body having an interior cavity, an article ingress/egress aperture, a material input and a plurality of channels for conveying material from the material input to the article ingress/egress aperture, a wiping element disposed near the article ingress/egress aperture, the wiping element receiving material from the plurality of channels, and the wiping element contacting an article entering or leaving the article ingress/egress aperture and applying material to the article, and characterised by a cap communicatively connected to the body at the article ingress/egress aperture, the cap comprising a material distribution cavity surrounding the article ingress/egress aperture, the plurality of channels being communicatively connected to the material distribution cavity and the wiping device receiving material from the material distribution cavity.
A structured porous film formed of a film having a thickness said film having a thickness comprising expanded polytetrafluoroethylene (ePTFE) a polyvinyl alcohol and/or a polyurethane, said structured porous film having geometric out-of-plane structures, wherein the geometric out-of-plane structures are folds or wrinkles of the film having a thickness, and said structures have a height of at least two times the thickness of the film having a thickness and the structure density in at least one direction is at least 1 per mm and further a backer material is applied to the structured porous film.
System with a measuring device which has at least one arithmetic logic unit, an inclination measuring means and an electronic distance measuring means, with a measuring bar and with a coupling device which is provided so that an operator can releasably couple the measuring bar and the measuring device, wherein the measuring bar has two stop areas which are spaced apart from one another and which are subareas of a stop surface, wherein the stop surface defines a measuring plane whose alignment determines the inclination measuring means in a coupled state of measuring bar and measuring device, characterized in that the measuring device has a bar detecting means which in at least one operating state provides at least one information item relating to the coupling of the measuring device to the measuring bar, wherein the bar detecting means is provided in order to determine the information item with the aid of the distance measuring means, wherein furthermore, the arithmetic logic unit of the measuring device is provided in order to activate an angle measuring mode of the measuring device as a function of the information item, in which angle measuring mode at least one information item relating to the alignment of the arithmetic logic unit is evaluated and/or output to an operator.
A method for treating a barren solution originating from hydrometallurgical processing of precious metal-containing materials, comprising: receiving an aqueous barren leach solution comprising a leaching agent; passing the aqueous barren leach solution through a membrane filter to form an aqueous retentate comprising at least most of the leaching agent and an aqueous permeate comprising some of the leaching agent; recycling the aqueous retentate to a leaching step; destroying the at least most of the leaching agent in the aqueous permeate to form an aqueous recycle stream free of the leaching agent; and recycling the aqueous recycle stream to a unit operation upstream of the leaching step. receiving an aqueous barren leach solution comprising a leaching agent; passing the aqueous barren leach solution through a membrane filter to form an aqueous retentate comprising at least most of the leaching agent and an aqueous permeate comprising some of the leaching agent; recycling the aqueous retentate to a leaching step; destroying the at least most of the leaching agent in the aqueous permeate to form an aqueous recycle stream free of the leaching agent; and recycling the aqueous recycle stream to a unit operation upstream of the leaching step.
A compound, or a pharmaceutically acceptable salt thereof, described by a formula selected from the group consisting of and for use in a method of treating a disorder associated with aberrant Rho kinase activity, wherein said disorder is selected from the group consisting of a cardiovascular disorder, and a smooth muscle related disorder, wherein said cardiovascular disorder is vasospasm, preferably cerebral artery vasospasm and coronary artery vasospasm.