mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a complex-formed component in a multi-stage process where cold forming at a temperature in the range of - 20°C to 100°C and heating are alternated for at least two multi-stage process steps, the material being an austenitic stainless steel with TWIP hardening effect, whereby the steel has an initial elongation of A 80 greater than or equal to 30%, the steel has a specific adjusted stacking fault energy SFE in the range 20 to 30 mJ/m 2, and the forming degree is less than or equal to 60 % characterized in the temperature during the heating steps being in the range of 750°C to 1150°C so, that the material during every process step and a component produced has an austenitic microstructure with non-magnetic reversible properties.
A method (600, 700) of communicating information over a Miracast infrastructure, comprising: negotiating (602, 702) a wireless communication link over the Miracast infrastructure between a first mobile device and a second mobile device, the negotiation including performing capability negotiations operations that include determining whether the second mobile device is push-to-send receive capable; establishing (604, 704) a Miracast session between the first mobile device and the second mobile device via the wireless communication link in response to that the second mobile device is push-to-send receive capable; detecting actuation of a first push-to-send button on the first mobile device; configuring the first mobile device as a source device in response to detecting actuation of the first push-to-send button; activating a microphone or camera of the first mobile device to capture audio or video in response to detecting actuation of the first push-to-send button; and transmitting audio or video captured by the microphone or camera of the first mobile device from the first mobile device to the second mobile device over the wireless communication link. negotiating (602, 702) a wireless communication link over the Miracast infrastructure between a first mobile device and a second mobile device, the negotiation including performing capability negotiations operations that include determining whether the second mobile device is push-to-send receive capable; establishing (604, 704) a Miracast session between the first mobile device and the second mobile device via the wireless communication link in response to that the second mobile device is push-to-send receive capable; detecting actuation of a first push-to-send button on the first mobile device; configuring the first mobile device as a source device in response to detecting actuation of the first push-to-send button; activating a microphone or camera of the first mobile device to capture audio or video in response to detecting actuation of the first push-to-send button; and transmitting audio or video captured by the microphone or camera of the first mobile device from the first mobile device to the second mobile device over the wireless communication link.
A replacement valve for use within a human body comprising: a valve component comprising mammal pericardium tissue; a stent component for housing the valve component, and an inner fabric skirt covering at least a portion of an outer surface of the valve component, wherein the inner fabric skirt serves as a sealing member between the stent component and the valve component, wherein the inner fabric skirt covers between 50% and 90% of the stent, an outer fabric skirt covering an outer surface of the stent component, wherein the outer fabric skirt serves as a sealing member between the stent component and the native valve, wherein the topology of the inner surface of the inner fabric skirt is configured to improve blood flow and the topology of the outer surface of the outer fabric skirt is configured to improve endothelialization, wherein the inner and outer fabric skirt (122, 126) form a double fabric skirt which covers the inflow edge of the stent component. a valve component comprising mammal pericardium tissue; a stent component for housing the valve component, and an inner fabric skirt covering at least a portion of an outer surface of the valve component, wherein the inner fabric skirt serves as a sealing member between the stent component and the valve component, wherein the inner fabric skirt covers between 50% and 90% of the stent, an outer fabric skirt covering an outer surface of the stent component, wherein the outer fabric skirt serves as a sealing member between the stent component and the native valve, wherein the topology of the inner surface of the inner fabric skirt is configured to improve blood flow and the topology of the outer surface of the outer fabric skirt is configured to improve endothelialization, wherein the inner and outer fabric skirt (122, 126) form a double fabric skirt which covers the inflow edge of the stent component.
An oil jet, comprising: a body that has an oil supply port configured to open into an oil passage in a cylinder block of an internal combustion engine, a cylinder, one end of which is communicated with the oil supply port and another end of which is closed, and an oil injection port which opens on a side surface of the cylinder; a piston valve that is accommodated in the cylinder to form a closed compartment in the cylinder, and includes an orifice which makes the closed compartment being communicated with a side of the oil supply port; a spring that biases the piston valve toward a position at which the oil injection port is closed; and a first oil injection nozzle that is connected to the oil injection port and is for fixing a direction of injection of oil, wherein a leak hole, which allows oil to be leaked outside the cylinder from the closed compartment, is open at the side surface of the cylinder, the leak hole being configured as a hole in which a flow rate is determined based on Hagen-Poiseuille law, and wherein the oil jet further comprises: a stopper for limiting a moving range of the piston valve so that the leak hole is not covered by the piston valve; and a second injection nozzle that is connected to the leak hole and that is for fixing a direction of injection of oil. a body that has an oil supply port configured to open into an oil passage in a cylinder block of an internal combustion engine, a cylinder, one end of which is communicated with the oil supply port and another end of which is closed, and an oil injection port which opens on a side surface of the cylinder; a piston valve that is accommodated in the cylinder to form a closed compartment in the cylinder, and includes an orifice which makes the closed compartment being communicated with a side of the oil supply port; a spring that biases the piston valve toward a position at which the oil injection port is closed; and a first oil injection nozzle that is connected to the oil injection port and is for fixing a direction of injection of oil, wherein a leak hole, which allows oil to be leaked outside the cylinder from the closed compartment, is open at the side surface of the cylinder, the leak hole being configured as a hole in which a flow rate is determined based on Hagen-Poiseuille law, and wherein the oil jet further comprises: a stopper for limiting a moving range of the piston valve so that the leak hole is not covered by the piston valve; and a second injection nozzle that is connected to the leak hole and that is for fixing a direction of injection of oil. a stopper for limiting a moving range of the piston valve so that the leak hole is not covered by the piston valve; and a second injection nozzle that is connected to the leak hole and that is for fixing a direction of injection of oil.
A blood vessel sensor comprising: a system for inducing blood flow within a patient's blood vessel, the system comprising a motor and an impeller, characterized in that the sensor further comprises a controller configured to: detect changes in resistance of impeller rotation within the blood vessel; maintain a constant impeller rotational speed, based on the detected resistance of impeller rotation; and calculate, based on the change in resistance of impeller rotation, vascular compliance and vascular resistance using a transfer function. detect changes in resistance of impeller rotation within the blood vessel; maintain a constant impeller rotational speed, based on the detected resistance of impeller rotation; and calculate, based on the change in resistance of impeller rotation, vascular compliance and vascular resistance using a transfer function.
A method of attaching a functional element to a sheet metal part that preferably has a thickness of more than 3 mm, wherein the functional element has a head part having a ring-shaped support surface and a tubular rivet section that is formed as self-piercing and that extends at the side of the support surface of the head part and away from the head part, wherein the support surface comprises a ring recess having a ring surface inclined with respect to a longitudinal axis of the functional element in the region of the transition from the head part into the rivet section, wherein the ring recess has its greatest depth adjacent to the rivet section, and wherein features providing security against rotation, for example, noses providing security against rotation, are optionally provided that are located in the region of the ring recess and/or in the region of the transition of the ring recess into the rivet section and that selectively divide the ring recess into individual fields distributed about the longitudinal axis of the functional element, wherein the sheet metal part is supported on a piercing die that has a bore whose diameter at least substantially corresponds to the outer diameter of the rivet section or is somewhat larger than it, wherein the bore is surrounded at the side of the piercing die facing the sheet metal part by a ring nose that is raised with respect to a support surface of the piercing die and defines a planar circular ring-shaped end surface, wherein the functional element is pressed onto the sheet metal part supported on the piercing die such that a panel slug is punched out of the sheet metal part by means of the rivet section and a portion of the sheet metal material that surrounds the punched hole generated by the punching out of the panel slug is plastically pressed by means of the circular ring-shaped end surface of the ring nose into the ring recess while completely filling it, characterized in that, in the starting state, the rivet section has a cylindrical outer jacket surface and/or is free of any undercuts or other recesses, with the portion of the sheet metal material that surrounds the punched hole produced by the punching out of the panel slug also being pressed radially into the rivet section in the region of the transition from the head part into the rivet section by means of the circular ring-shaped end surface, and indeed being pressed into an undercut produced in the rivet section on the attachment of the functional element to the sheet metal part.
A viscosity additive for petroleum products comprising a mixture of alkylesters of fatty acids having respectively saturated C12 chains, saturated C14 chains, saturated C16 chains, saturated C6-10 chains, monounsaturated C18 chains, saturated C18 chains, diunsaturated C18 chains and saturated C20 chains, wherein the fatty acids have the following composition: at least 56% of saturated C12 chains, at least 23% of saturated C14 chains, at most 8% of saturated C16 chains, at most 5% of saturated C6-10 chains, at most 5% of monounsaturated C18 chains, at most 2% of saturated C18 chains, at most 0.8% of diunsaturated C18 chains, at most 0.2% of saturated C20 chains, the percentages being an average percentage expressed in number of moles per total number of moles of alkylesters. at least 56% of saturated C12 chains, at least 23% of saturated C14 chains, at most 8% of saturated C16 chains, at most 5% of saturated C6-10 chains, at most 5% of monounsaturated C18 chains, at most 2% of saturated C18 chains, at most 0.8% of diunsaturated C18 chains, at most 0.2% of saturated C20 chains, the percentages being an average percentage expressed in number of moles per total number of moles of alkylesters.
Method for installing an anchor in order to fasten an attachment part to a base part, in which method - an anchor bolt of the anchor is arranged in a hole provided in the base part and in a through hole provided in the attachment part, and - a damper sleeve is arranged on the anchor bolt in such a way that the damper sleeve surrounds the anchor bolt, characterized in that the damper sleeve is adhered to the attachment part by means of adhesive. - an anchor bolt of the anchor is arranged in a hole provided in the base part and in a through hole provided in the attachment part, and - a damper sleeve is arranged on the anchor bolt in such a way that the damper sleeve surrounds the anchor bolt, characterized in that the damper sleeve is adhered to the attachment part by means of adhesive.
A marine propulsion control system for controlling a set of propulsion units (5, 6, 7, 8) carried by a hull of a vessel, wherein said set of propulsion units comprise a first, a second, a third, and a fourth propulsion unit, said marine propulsion control system comprising a control unit configured to: - receive an input command from a steering control instrument (13, 14) for operating the vessel; - determine a desired delivered thrust, gear selection and steering angle for said first, second, third and forth propulsion unit respectively, based on the input command, and - provide a set of control commands for controlling the desired delivered thrust, gear selection and steering angle for said first, second, third and forth propulsion unit, characterised in that the control unit is further configured such that if said input command simultaneously indicates a sway and yaw input command said control unit is configured to simultaneously provide at least a first control command to said first and forth propulsion units and a second control command to said second and third propulsion units, wherein said first control command is adapted to achieve a sway movement of the marine vessel and said second control command is adapted to achieve a yaw movement of said marine vessel. - receive an input command from a steering control instrument (13, 14) for operating the vessel; - determine a desired delivered thrust, gear selection and steering angle for said first, second, third and forth propulsion unit respectively, based on the input command, and - provide a set of control commands for controlling the desired delivered thrust, gear selection and steering angle for said first, second, third and forth propulsion unit,
Measuring device for determining the density, the mass flow and/or the viscosity of a flowing medium, comprising the following: an oscillator that has at least one measuring tube which is able to vibrate, wherein said tube is designed to conduct the medium, and wherein said oscillator has at least one vibration mode whose natural frequency depends on the density of the medium; an exciter designed to excite the vibration mode; at least a vibration sensor (18, 19) designed to measure the vibrations of the oscillator; and an operating and evaluation circuit, which is designed to apply an excitation signal to the exciter, capture signals of the vibration sensor and to determine, using the signals of the vibration sensor, current values of the natural frequency of the oscillator as well as fluctuations of the natural frequency, characterized in that the operating and evaluation circuit is further designed to determine a value characterizing density fluctuations of the medium, wherein the value depends on a function that has a normalization that depends on the natural frequency, wherein the function is proportional to the fluctuation of the natural frequency and to the third power of the inverse of the natural frequency. an oscillator that has at least one measuring tube which is able to vibrate, wherein said tube is designed to conduct the medium, and wherein said oscillator has at least one vibration mode whose natural frequency depends on the density of the medium; an exciter designed to excite the vibration mode; at least a vibration sensor (18, 19) designed to measure the vibrations of the oscillator; and an operating and evaluation circuit, which is designed to apply an excitation signal to the exciter, capture signals of the vibration sensor and to determine, using the signals of the vibration sensor, current values of the natural frequency of the oscillator as well as fluctuations of the natural frequency, characterized in that the operating and evaluation circuit is further designed to determine a value characterizing density fluctuations of the medium, wherein the value depends on a function that has a normalization that depends on the natural frequency, wherein the function is proportional to the fluctuation of the natural frequency and to the third power of the inverse of the natural frequency.
An aircraft cabin assembly comprising a cabin interior space, a cabin wall, which surrounds the cabin interior space and has a wall surface facing the cabin interior space, and a light source, which is provided to emit light onto the wall surface, characterized in that the wall surface has a holographic image of an object, the object corresponding to the wall surface before the application of the holographic image, the light source is configured to emit the kind of light onto the wall surface that allows the holographic image to be seen as a three-dimensional image of the object which is the subject of the holographic image, and the holographic image depicts the wall surface in a plane which, viewed from the direction of the cabin interior space, lies behind the plane of the actual wall surface in which the holographic image is disposed.
A light emitting apparatus comprising: a plate member having: a UV photoexcitable red light-emitting material; a UV photoexcitable yellow light-emitting material arranged in contact with the UV photoexcitable red light-emitting material; and a UV photoexcitable blue light-emitting material arranged in contact with the UV photoexcitable yellow light-emitting material; and a UV light emitting device having a light emitting surface; wherein: said UV photoexcitable red light-emitting material comprises a fluoride single crystal represented by the chemical formula: Ba 1-x Eu x F 2+x-w, wherein 0 < x ≤ 0.4 and 0 ≤ w ≤ 0.5, and wherein said fluoride single crystal is capable of emitting red light on excitation by UV light; said UV photoexcitable yellow light-emitting material is a cerium-added terbium-scandium-aluminum garnet-type single crystal; and said UV photoexcitable red light-emitting material is arranged with respect to the UV light emitting device so that one surface of the plate member is opposite to the light emission surface of the UV light emitting device. a plate member having: a UV photoexcitable red light-emitting material; a UV photoexcitable yellow light-emitting material arranged in contact with the UV photoexcitable red light-emitting material; and a UV photoexcitable blue light-emitting material arranged in contact with the UV photoexcitable yellow light-emitting material; and a UV light emitting device having a light emitting surface; a UV photoexcitable red light-emitting material; a UV photoexcitable yellow light-emitting material arranged in contact with the UV photoexcitable red light-emitting material; and a UV photoexcitable blue light-emitting material arranged in contact with the UV photoexcitable yellow light-emitting material; and a UV light emitting device having a light emitting surface; said UV photoexcitable red light-emitting material comprises a fluoride single crystal represented by the chemical formula: Ba 1-x Eu x F 2+x-w, wherein 0 < x ≤ 0.4 and 0 ≤ w ≤ 0.5, and wherein said fluoride single crystal is capable of emitting red light on excitation by UV light; said UV photoexcitable yellow light-emitting material is a cerium-added terbium-scandium-aluminum garnet-type single crystal; and said UV photoexcitable red light-emitting material is arranged with respect to the UV light emitting device so that one surface of the plate member is opposite to the light emission surface of the UV light emitting device.
A toilet, the toilet comprising: a seat having an opening therein and wherein the seat is hinged in the rear portion of the seat; a seat back connected to the seat; a first arm having a first pressure sensor and a second arm having a second pressure sensor, the first arm and the second arm being spaced apart and positioned above the seat; an actuator that moves the seat to a position wherein the seat inclines upwards from the hinged rear portion of the seat to a front portion of the seat; wherein, in use, the first pressure sensor senses pressure on the first arm and the second pressure sensor senses pressure on the second arm, and upon the first pressure sensor or the second pressure sensor sensing pressure, a signal is transmitted to the actuator, whereupon the actuator moves the seat to incline upwards from the hinged rear portion of the seat to the front portion of the seat. a seat having an opening therein and wherein the seat is hinged in the rear portion of the seat; a seat back connected to the seat; a first arm having a first pressure sensor and a second arm having a second pressure sensor, the first arm and the second arm being spaced apart and positioned above the seat; an actuator that moves the seat to a position wherein the seat inclines upwards from the hinged rear portion of the seat to a front portion of the seat; wherein, in use, the first pressure sensor senses pressure on the first arm and the second pressure sensor senses pressure on the second arm, and upon the first pressure sensor or the second pressure sensor sensing pressure, a signal is transmitted to the actuator, whereupon the actuator moves the seat to incline upwards from the hinged rear portion of the seat to the front portion of the seat.
A compound of General Formula I, wherein: R 1 is C 1 -C 8 alkyl, aryl or heteroaryl; and H 2 N-R 2 is basic amino acid or aminoguanidine. R 1 is C 1 -C 8 alkyl, aryl or heteroaryl; and H 2 N-R 2 is basic amino acid or aminoguanidine.
A line roller for guiding a fishing line to a spool of a spinning reel, the line roller comprising: a bearing member rotatable about a rotational axis; and a guide member disposed outside the bearing member in a radial direction from the rotational axis, the guide member including a holding portion and a body, the holding portion made of a metal or a ceramic, the holding portion 2. being designed to hold a fishing line, the holding portion being provided on an outer peripheral surface of the body and extending in a circumferential direction centered along an imaginary circle about the rotational axis, the body including a guide surface for leading the fishing line to the holding portion characterized in that the body is made of a resin, the holding portion includes an annular groove for holding the fishing line and an outermost surface, the outermost surface being a surface of the holding portion farthest from the rotational axis; and the guide surface of the body abuts the outermost surface of the holding portion. a bearing member rotatable about a rotational axis; and a guide member disposed outside the bearing member in a radial direction from the rotational axis, the guide member including a holding portion and a body, the holding portion made of a metal or a ceramic, the holding portion 2. being designed to hold a fishing line, the holding portion being provided on an outer peripheral surface of the body and extending in a circumferential direction centered along an imaginary circle about the rotational axis, the body including a guide surface for leading the fishing line to the holding portion characterized in that the body is made of a resin, the holding portion includes an annular groove for holding the fishing line and an outermost surface, the outermost surface being a surface of the holding portion farthest from the rotational axis; and the guide surface of the body abuts the outermost surface of the holding portion.