mhurhangee/ep-ind-claims huggingface dataset:
A method, characterized by: creating a message that includes a web feed uniform resource locator, URL, where the message corresponds to one of an e-mail message, a short message service message, a multimedia messaging service message, an instant messaging and presence service message, an Internet Protocol multimedia subsystem instant messaging service message, or an attachment to the message; transmitting the message that includes the web feed URL; receiving the message by a user device (110,120,200); identifying, by said user device (110, 120, 200), that the message includes the web feed URL based on an indicator in the message or a character string of the web feed URL; and associating the web feed URL with a contact entry in the user device (110,120,200), where the contact entry is an existing contact entry or a new contact entry. creating a message that includes a web feed uniform resource locator, URL, where the message corresponds to one of an e-mail message, a short message service message, a multimedia messaging service message, an instant messaging and presence service message, an Internet Protocol multimedia subsystem instant messaging service message, or an attachment to the message; transmitting the message that includes the web feed URL; receiving the message by a user device (110,120,200); identifying, by said user device (110, 120, 200), that the message includes the web feed URL based on an indicator in the message or a character string of the web feed URL; and associating the web feed URL with a contact entry in the user device (110,120,200), where the contact entry is an existing contact entry or a new contact entry.
Method for determining an instant of contact of a capacitive sensor element, wherein a capacitance value of the sensor element is continuously measured and processed to a digital sensor signal, wherein the continuously determined sensor signal passes through the following method steps: - Filtering of the sensor signal by means of a digital filter, preferably an FIR filter, which exhibits a high-pass or band-pass behaviour and outputs a filter signal - Detection of a beginning dynamic when the filter signal exceeds a first defined filter threshold - Determination of the time at which the filter signal falls below a second defined filter threshold value as the potential time of contact, - Output of the determined potential time of contact as actual time of contact of the capacitive sensor element, if the sensor signal exceeds a sensor signal threshold value with respect to its value before contact, which is taken into account as a virtual zero line, characterized in that the filter signal is continuously integrated for offset-free reconstruction of the course of the sensor signal, and in that the determined potential time of the contact is output as the actual time of the contact if the reconstructed sensor signal is above the sensor signal threshold value at this time. - Filtering of the sensor signal by means of a digital filter, preferably an FIR filter, which exhibits a high-pass or band-pass behaviour and outputs a filter signal - Detection of a beginning dynamic when the filter signal exceeds a first defined filter threshold - Determination of the time at which the filter signal falls below a second defined filter threshold value as the potential time of contact, - Output of the determined potential time of contact as actual time of contact of the capacitive sensor element, if the sensor signal exceeds a sensor signal threshold value with respect to its value before contact, which is taken into account as a virtual zero line,
Device for cutting a food product of essentially cylindrical form into slices or radial sections, incorporating: • a support plate able to accommodate the product having been previously cut into two parts in a plane passing through its axis of revolution, and accommodating the sliced face resulting from this separation into two parts, with the said support plate being able to rotate around a horizontal axis; • a motor-driven cutting blade of which the direction of action is towards the direction of rotation, so as to cause a cutting of the said product in the radial direction; characterized by the fact that the support plate is composed of two parts that are co-planar before the commencement of the phase of cutting of the said product: • a first part that is rotatable around a horizontal axis, at an angular amplitude that can reach and exceed 180 degres; • a second part (6, 7) that is partially able to rotate in relation to the same axis, and of which the angular value corresponds to the desired shape of the slices or sections. • a support plate able to accommodate the product having been previously cut into two parts in a plane passing through its axis of revolution, and accommodating the sliced face resulting from this separation into two parts, with the said support plate being able to rotate around a horizontal axis; • a motor-driven cutting blade of which the direction of action is towards the direction of rotation, so as to cause a cutting of the said product in the radial direction; characterized by the fact that the support plate is composed of two parts that are co-planar before the commencement of the phase of cutting of the said product: • a first part that is rotatable around a horizontal axis, at an angular amplitude that can reach and exceed 180 degres; • a second part (6, 7) that is partially able to rotate in relation to the same axis, and of which the angular value corresponds to the desired shape of the slices or sections.
An energy harvesting device for a transport vehicle with a driveline transmission shaft comprising an electric converter circuit and a power take-off unit, wherein the electric converter circuit for converting kinetic energy in electrical energy, comprises: an electric energy storage comprising an electrochemical battery and a super-capacitor bank; a first DC bus; an electronic brake controller; an electric generator connected to the first DC bus, through the electronic brake controller for feeding the first DC bus; a DC/DC converter connecting the first DC bus and a second DC bus and for feeding the second DC bus, wherein the first DC bus voltage is lower than the second DC bus voltage; an inverter, wherein the inverter input is connected to the second DC bus and the inverter output is connected to an electrical load of the energy harvesting device for a transport vehicle; wherein the power take-off unit comprises: a pivot plate with a single-point coupling and an arcuate slot coupling, both couplings for coupling to the vehicle chassis, wherein the pivot plate is rotatable about the single-point coupling and around the arcuate slot coupling for aligning with said vehicle shaft, wherein the electric generator is attached to the pivot plate; an electric generator pulley coupled to the electric generator and supported by the pivot plate; a shaft pulley; a shaft attachment for attaching the shaft pulley to said vehicle shaft; a belt for connecting the electric generator pulley and the shaft pulley. an electric energy storage comprising an electrochemical battery and a super-capacitor bank; a first DC bus; an electronic brake controller; an electric generator connected to the first DC bus, through the electronic brake controller for feeding the first DC bus; a DC/DC converter connecting the first DC bus and a second DC bus and for feeding the second DC bus, wherein the first DC bus voltage is lower than the second DC bus voltage; an inverter, wherein the inverter input is connected to the second DC bus and the inverter output is connected to an electrical load of the energy harvesting device for a transport vehicle; a pivot plate with a single-point coupling and an arcuate slot coupling, both couplings for coupling to the vehicle chassis, wherein the pivot plate is rotatable about the single-point coupling and around the arcuate slot coupling for aligning with said vehicle shaft, wherein the electric generator is attached to the pivot plate; an electric generator pulley coupled to the electric generator and supported by the pivot plate; a shaft pulley; a shaft attachment for attaching the shaft pulley to said vehicle shaft; a belt for connecting the electric generator pulley and the shaft pulley.
A circuit board assembly for an electronic device, comprising: a main circuit board provided with a ground plane and at least one electronic component for performing one or more functions of the electronic device; a wireless module board spaced apart from and over the main circuit board, the wireless module board being provided with a feed line and at least one wireless module for performing wireless operations connected to said feed line; and an antenna element for wireless communication, characterised in that the antenna element comprises a resonating element arranged over and spaced apart from the main board and extending alongside and external to at least part of an edge of the wireless module board, a first connection element connected to the feed line of the wireless module board and a second connection element connected to the ground plane of the main circuit board. a main circuit board provided with a ground plane and at least one electronic component for performing one or more functions of the electronic device; a wireless module board spaced apart from and over the main circuit board, the wireless module board being provided with a feed line and at least one wireless module for performing wireless operations connected to said feed line; and an antenna element for wireless communication, characterised in that the antenna element comprises a resonating element arranged over and spaced apart from the main board and extending alongside and external to at least part of an edge of the wireless module board, a first connection element connected to the feed line of the wireless module board and a second connection element connected to the ground plane of the main circuit board.
A method for indicating an exhale direction for a user to exhale after drawing on an aerosol generating device (100, 142), the method comprising: determining an air pattern in proximity to an aerosol generating device (100, 142); and indicating the exhale direction based on the air pattern. determining an air pattern in proximity to an aerosol generating device (100, 142); and indicating the exhale direction based on the air pattern.
A tank dome flange portion structure provided at a liquefied gas tank, the tank dome flange portion structure comprising: a flange portion projecting outward from an outer surface of a side wall of a tank dome provided at a tank main body portion configured to store a low-temperature liquefied gas, a tank cover configured to cover the tank main body portion with a space therebetween; and an expansion rubber portion provided between the flange portion and the tank cover and configured to seal the space, wherein a heat transfer suppressing material portion made of fiber reinforced plastic is provided at at least a predetermined portion of the flange portion, the predetermined portion being located between the side wall of the tank dome and the expansion rubber portion. a flange portion projecting outward from an outer surface of a side wall of a tank dome provided at a tank main body portion configured to store a low-temperature liquefied gas, a tank cover configured to cover the tank main body portion with a space therebetween; and an expansion rubber portion provided between the flange portion and the tank cover and configured to seal the space, wherein a heat transfer suppressing material portion made of fiber reinforced plastic is provided at at least a predetermined portion of the flange portion, the predetermined portion being located between the side wall of the tank dome and the expansion rubber portion.
A bone screw insertion system comprising: a screw having a leading end having a threaded shaft and a head at a trailing end, the head having a first diameter at a free end and a second diameter at an end connected to the threaded shaft, the first diameter being less than the second diameter, the head having an outer surface with a plurality of external helical threads extending from the first to the second end thereof, the head having a drive element located within the first diameter open to the free end of the head; a screw holder having a through bore with a trailing end and a leading end, an interior surface at the leading end having a threaded portion, and a driver extending through the screw holder engagable with the drive element on the screw head, characterised in that the thread portion has a first diameter located towards the trailing end of the holder and a second diameter at the leading end of the holder, the second diameter greater than the first diameter, the second diameter of the holder generally equal to the second diameter of the bone screw head. a screw having a leading end having a threaded shaft and a head at a trailing end, the head having a first diameter at a free end and a second diameter at an end connected to the threaded shaft, the first diameter being less than the second diameter, the head having an outer surface with a plurality of external helical threads extending from the first to the second end thereof, the head having a drive element located within the first diameter open to the free end of the head; a screw holder having a through bore with a trailing end and a leading end, an interior surface at the leading end having a threaded portion, and a driver extending through the screw holder engagable with the drive element on the screw head, characterised in that the thread portion has a first diameter located towards the trailing end of the holder and a second diameter at the leading end of the holder, the second diameter greater than the first diameter, the second diameter of the holder generally equal to the second diameter of the bone screw head.
A machine for orienting objects, comprising: - a hopper for receiving the objects in bulk, - a belt conveyor with a plurality of small blades for withdrawing the objects from the hopper, wherein the belt conveyor has an ascending length along which objects having their barycenter farthest from a belt surface fall back into the hopper under the action of gravity, so that at an upper end of the ascending length only the objects having all a same predetermined orientation are present on the belt conveyor, - an extraction device, arranged downstream of the ascending length of the belt conveyor, to extract the objects from the belt, wherein the small blades form a rest surface facing upwardly in the ascending length, characterized in that said rest surface forms a plurality of cavities open on a side opposite the belt conveyor and open in a movement direction of the belt, and a plurality of reliefs forming partition walls between two neighboring cavities, respectively, suitable to prevent a free rolling of the objects rested on said rest surface. - a hopper for receiving the objects in bulk, - a belt conveyor with a plurality of small blades for withdrawing the objects from the hopper, wherein the belt conveyor has an ascending length along which objects having their barycenter farthest from a belt surface fall back into the hopper under the action of gravity, so that at an upper end of the ascending length only the objects having all a same predetermined orientation are present on the belt conveyor, - an extraction device, arranged downstream of the ascending length of the belt conveyor, to extract the objects from the belt,
A process for the production of PET articles wherein PET is the only polymer present in the article, which process comprises the following steps: a. adding a nucleating agent to PET; b. homogenizing PET and the nucleating agent; c. injecting the homogenized mixture into a mold; characterized in that the mold is cooled at a temperature equal to or lower than 30°C and the amount of nucleating agent is comprised between 0.10 wt % and 0.25 wt %. a. adding a nucleating agent to PET; b. homogenizing PET and the nucleating agent; c. injecting the homogenized mixture into a mold;
A welding system comprising: - a tungsten inert gas welding torch body; - a collar coupled to the TIG welding torch body and configured to hold an electrode; - a channel formed in the collar and configured to circulate coolant around the electrode; - a supply conduit disposed in the TIG welding torch body and configured to convey coolant to the collar characterized in that the welding system further comprises a return conduit disposed in the supply conduit and configured to convey heated coolant away from the collar, the coolant flowing through the supply conduit insulating the torch body from the heated coolant flowing through the return conduit, and in that the welding system comprises a gas conduit disposed in the supply conduit in the TIG welding torch body and configured to deliver shielding gas to the collar. - a tungsten inert gas welding torch body; - a collar coupled to the TIG welding torch body and configured to hold an electrode; - a channel formed in the collar and configured to circulate coolant around the electrode; - a supply conduit disposed in the TIG welding torch body and configured to convey coolant to the collar
A portable electronic device comprising a wireless receiver unit for receiving a wireless signal from a transmitting device, the wireless receiver unit comprising an antenna for receiving an electromagnetic signal and providing a received electric input signal, and a receiver for providing a recovered electric signal from the received electric input signal, and an impedance matching circuit for matching the electric impedance of the antenna to the receiver, the receiver comprising a gain stage comprising an Automatic Gain Control unit for automatically determining an AGC-gain value for application to an AGC-input signal to provide an appropriate signal level of the recovered electric signal when the level of said AGC input signal is in a range between a minimum signal level and a maximum signal level corresponding to maximum and minimum AGC-gain values, respectively, wherein the portable electronic device further comprises a control unit receiving said AGC-gain value and providing a control signal depending on said AGC-gain value to said impedance matching circuit, and wherein the control unit is adapted to change the impedance matching of the antenna to the receiver based on the control signal, wherein the gain stage is adapted to amplify an input signal, but not to attenuate the input signal, characterized in that said gain stage comprises a fixed gain stage and a variable gain stage comprising said Automatic Gain Control unit, and wherein the control unit - if the signal strength of the input signal is too high for the fixed gain stage to handle - is adapted to decrease the impedance matching of the impedance matching circuit when said AGC-gain value is below a predefined minimum threshold AGC-gain value.
An organopolysiloxane represented by the following average formula, wherein, R 1 s each independently represent a group selected from an alkyl group having 1 to 30 carbon atoms, a fluorine-substituted alkyl group having 1 to 30 carbon atoms, an aryl group having 6 to 30 carbon atoms, and an aralkyl group having 7 to 30 carbon atoms, R 2 represents a divalent organic group having 2 to 15 carbon atoms which may have an oxygen atom(s), R 3 represents any of a hydrogen atom and an alkyl group having 1 to 30 carbon atoms, R 4 s each independently represent a group selected from an alkyl group having 2 to 30 carbon atoms and an organopolysiloxane represented by the following average formula, "a" is 1 to 500, "b" is 1 to 10, and "c" is 1 to 10; provided that when "c" is 1, R 4 s each independently represent an alkyl group having 14 to 30 carbon atoms or an organopolysiloxane represented by the following average formula, wherein, R 1 has the same meaning as defined above, R 5 represents a divalent organic group having 2 to 15 carbon atoms, and "d" is 1 to 500.
Slide bearing arrangement comprising a rail and a carriage, wherein the rail has a rail body elongated in a longitudinal direction, on one transverse side of which a cylindrical guide section is provided which is connected to the rail body via a web section of the rail, wherein the carriage has a carriage body in which a cylindrical passage corresponding to the guide section is provided for receiving the guide section, wherein the carriage body has a longitudinal slot connected to the passage and corresponding to the web section for receiving the web section, wherein the inner side of the passage, with which the carriage slidingly contacts the guide section in the longitudinal direction in an operating state of the slide bearing arrangement, is formed by a sliding element made of a sliding material, characterized in that the entire carriage, comprising the carriage body and the sliding element, is manufactured as a one-piece carriage part from plastic, wherein at least the inner side of the passage is formed by a tribopolymer and wherein, in particular, at least 80 % by volume of the carriage part are provided with fiber reinforcement.
An electrolyte composition in the form of a slurry, comprising: one or two or more polymers; oxide particles; at least one electrolyte salt selected from the group consisting of a lithium salt, a sodium salt, a calcium salt, and a magnesium salt; and a solvent, wherein structural units constituting the one or two or more polymers comprise a first structural unit selected from the group consisting of tetrafluoroethylene and vinylidene fluoride, and a second structural unit selected from the group consisting of hexafluoropropylene, acrylic acid, maleic acid, ethyl methacrylate, and methyl methacrylate, a content of the one or two or more polymers is more than 90% by mass based on a total amount of polymers in the electrolyte composition, and a mass ratio of a content of the first structural unit to a content of the second structural unit in the one or two or more polymers is 50/50 or more. one or two or more polymers; oxide particles; at least one electrolyte salt selected from the group consisting of a lithium salt, a sodium salt, a calcium salt, and a magnesium salt; and a solvent, wherein structural units constituting the one or two or more polymers comprise a first structural unit selected from the group consisting of tetrafluoroethylene and vinylidene fluoride, and a second structural unit selected from the group consisting of hexafluoropropylene, acrylic acid, maleic acid, ethyl methacrylate, and methyl methacrylate, a content of the one or two or more polymers is more than 90% by mass based on a total amount of polymers in the electrolyte composition, and a mass ratio of a content of the first structural unit to a content of the second structural unit in the one or two or more polymers is 50/50 or more.
A combustor nozzle, comprising: a. a downstream surface having an axial centerline; b. a plurality of passages extending through the downstream surface, wherein the plurality of passages provide fluid communication through the downstream surface and wherein each passage comprises an upstream section and a downstream section; and characterised in that: c. each downstream section has a frusto-spherical shape, and each upstream section comprises a recast surface. a. a downstream surface having an axial centerline; b. a plurality of passages extending through the downstream surface, wherein the plurality of passages provide fluid communication through the downstream surface and wherein each passage comprises an upstream section and a downstream section; and characterised in that: c. each downstream section has a frusto-spherical shape, and each upstream section comprises a recast surface.