mhurhangee/ep-ind-claims huggingface dataset:
A nozzle assembly for use in a gas cluster beam processing system, comprising: a nozzle component comprising: at least one conical nozzle; and a nozzle throat disposed proximate to one end of said at least one conical nozzle that can receive gas from a gas supply conduit; a re-entrant cavity component comprising: a cavity that houses said nozzle component; a first opening of said cavity that can receive said nozzle component or said gas; a second opening of said cavity that is opposite said first opening and that can receive said gas from said at least one conical nozzle; and a continuation nozzle (508, 512) comprising a conical cavity that is aligned with said at least one conical nozzle and can receive said gas from said at least one conical nozzle via said second opening, the conical cavity comprising an entrance diameter that is larger than any diameter of said at least one conical nozzle. a nozzle component comprising: at least one conical nozzle; and a nozzle throat disposed proximate to one end of said at least one conical nozzle that can receive gas from a gas supply conduit; at least one conical nozzle; and a nozzle throat disposed proximate to one end of said at least one conical nozzle that can receive gas from a gas supply conduit; a re-entrant cavity component comprising: a cavity that houses said nozzle component; a first opening of said cavity that can receive said nozzle component or said gas; a second opening of said cavity that is opposite said first opening and that can receive said gas from said at least one conical nozzle; and a continuation nozzle (508, 512) comprising a conical cavity that is aligned with said at least one conical nozzle and can receive said gas from said at least one conical nozzle via said second opening, the conical cavity comprising an entrance diameter that is larger than any diameter of said at least one conical nozzle. a cavity that houses said nozzle component; a first opening of said cavity that can receive said nozzle component or said gas; a second opening of said cavity that is opposite said first opening and that can receive said gas from said at least one conical nozzle; and a continuation nozzle (508, 512) comprising a conical cavity that is aligned with said at least one conical nozzle and can receive said gas from said at least one conical nozzle via said second opening, the conical cavity comprising an entrance diameter that is larger than any diameter of said at least one conical nozzle.
An optical communication cable comprising: a cable jacket formed from a single layer of extruded polymer material, the cable jacket including an outer surface, an inner surface and a channel defined by the inner surface; an optical transmission element located in the channel, wherein the channel is sized such that a gap is located between an outer surface of the optical transmission element and the inner surface of the cable jacket, the gap allowing for the position and realignment of the optical transmission element within the cable as the cable is moved and positioned; and an ink layer positioned on the outer surface of the cable jacket, the ink layer formed from ink adhered to the outer surface of the cable jacket; the optical communication cable characterised in that it further comprises a translucent layer coupled to the outer surface of the cable jacket over the ink layer, such that the ink layer is located between the outer surface of the cable jacket and an inner surface of the translucent layer, wherein the translucent layer defines the outermost surface of the cable at the location of the ink layer; and wherein the thickness of the ink layer is between 0.1 micrometers and 10 micrometers and the thickness of the translucent layer is between 5 micrometers and 50 micrometers. a cable jacket formed from a single layer of extruded polymer material, the cable jacket including an outer surface, an inner surface and a channel defined by the inner surface; an optical transmission element located in the channel, wherein the channel is sized such that a gap is located between an outer surface of the optical transmission element and the inner surface of the cable jacket, the gap allowing for the position and realignment of the optical transmission element within the cable as the cable is moved and positioned; and an ink layer positioned on the outer surface of the cable jacket, the ink layer formed from ink adhered to the outer surface of the cable jacket; the optical communication cable characterised in that it further comprises a translucent layer coupled to the outer surface of the cable jacket over the ink layer, such that the ink layer is located between the outer surface of the cable jacket and an inner surface of the translucent layer, wherein the translucent layer defines the outermost surface of the cable at the location of the ink layer; and wherein the thickness of the ink layer is between 0.1 micrometers and 10 micrometers and the thickness of the translucent layer is between 5 micrometers and 50 micrometers.
A method of wireless communication, comprising: identifying, by a network device, a channel that supports communications with a plurality of user equipments, UEs, wherein at least two UEs, of the plurality of UEs, support different bandwidths (910, 912) on the channel; transmitting, by the network device, at least two synchronization signals to the at least two UEs, wherein the at least two UEs do not support a bandwidth at a frequency center of the channel, and wherein at least one synchronization signal, of the at least two synchronization signals, is transmitted in one or more sub-channels of the channel that are not located at the frequency center of the channel; and receiving information identifying a particular RF chain capability, of respective RF chain capabilities, associated with a particular UE of the plurality of UEs, scheduling, by the network device, communications with regard to the plurality of UEs based at least in part on the respective radio frequency, RF, chain capabilities of the plurality of UEs, wherein scheduling the communications comprises: scheduling communications with the particular UE in a particular sub-channel of the channel based at least in part on the particular RF chain capability. identifying, by a network device, a channel that supports communications with a plurality of user equipments, UEs, wherein at least two UEs, of the plurality of UEs, support different bandwidths (910, 912) on the channel; transmitting, by the network device, at least two synchronization signals to the at least two UEs, wherein the at least two UEs do not support a bandwidth at a frequency center of the channel, and wherein at least one synchronization signal, of the at least two synchronization signals, is transmitted in one or more sub-channels of the channel that are not located at the frequency center of the channel; and wherein the at least two UEs do not support a bandwidth at a frequency center of the channel, and wherein at least one synchronization signal, of the at least two synchronization signals, is transmitted in one or more sub-channels of the channel that are not located at the frequency center of the channel; and receiving information identifying a particular RF chain capability, of respective RF chain capabilities, associated with a particular UE of the plurality of UEs, scheduling, by the network device, communications with regard to the plurality of UEs based at least in part on the respective radio frequency, RF, chain capabilities of the plurality of UEs, wherein scheduling the communications comprises: scheduling communications with the particular UE in a particular sub-channel of the channel based at least in part on the particular RF chain capability.
A composition comprising a primary fluorinated alcohol represented by the formula, a secondary fluorinated alcohol represented by the formula and an electron injectable compound or an electron transportable compound, wherein the content of the secondary fluorinated alcohol is 0.01% by mass to 0.75% by mass with respect to the total content of the primary fluorinated alcohol and the secondary fluorinated alcohol: C n H 2n-m+1 F m OH C n' H 2n'-m'+1 F m' OH in the formula, n represents an integer of 1 to 10, and m is an integer satisfying 1 ≤ m ≤ 2n+1, and in the formula, n' represents an integer of 3 to 10, and m' is an integer satisfying 1 ≤ m' ≤ 2n'+1. in the formula, n represents an integer of 1 to 10, and m is an integer satisfying 1 ≤ m ≤ 2n+1, and in the formula, n' represents an integer of 3 to 10, and m' is an integer satisfying 1 ≤ m' ≤ 2n'+1.
Method for locating a pothole, wherein the method comprises at least the following steps: reading in first vehicle trajectory information representing a first movement of a first vehicle at a position; reading in at least one piece of second vehicle trajectory information representing a second movement of the first vehicle or of a second vehicle at the position; wherein the method is characterized by the steps of: comparing the first vehicle trajectory information with at least one piece of reference trajectory information in order to determine first pothole information; comparing the second vehicle trajectory information with the at least one piece of reference trajectory information in order to determine second pothole information; providing locating information indicating a position of a located pothole if the first pothole information and the second pothole information indicate a pothole; wherein the at least one piece of reference trajectory information represents an evasion trajectory or a pothole crossing trajectory. reading in first vehicle trajectory information representing a first movement of a first vehicle at a position; reading in at least one piece of second vehicle trajectory information representing a second movement of the first vehicle or of a second vehicle at the position; wherein the method is characterized by the steps of: comparing the first vehicle trajectory information with at least one piece of reference trajectory information in order to determine first pothole information; comparing the second vehicle trajectory information with the at least one piece of reference trajectory information in order to determine second pothole information; providing locating information indicating a position of a located pothole if the first pothole information and the second pothole information indicate a pothole; wherein the at least one piece of reference trajectory information represents an evasion trajectory or a pothole crossing trajectory. comparing the first vehicle trajectory information with at least one piece of reference trajectory information in order to determine first pothole information; comparing the second vehicle trajectory information with the at least one piece of reference trajectory information in order to determine second pothole information; providing locating information indicating a position of a located pothole if the first pothole information and the second pothole information indicate a pothole; wherein the at least one piece of reference trajectory information represents an evasion trajectory or a pothole crossing trajectory.
A method of operating a mobile station, the method comprising: transmitting an Instant Messaging, IM, message toward a recipient mobile station (114, 116); receiving an Instant Message Disposition Notification, IMDN, message in response to the transmitted IM message, the IMDN message comprising a status element populated with a sub-element indicating that the IM message was delivered to the recipient mobile station (114, 116) as a Short Message Service, SMS, message or as a Multimedia Messaging Service, MMS, message; and generating a user notification in response to receiving the IMDN message. transmitting an Instant Messaging, IM, message toward a recipient mobile station (114, 116); receiving an Instant Message Disposition Notification, IMDN, message in response to the transmitted IM message, the IMDN message comprising a status element populated with a sub-element indicating that the IM message was delivered to the recipient mobile station (114, 116) as a Short Message Service, SMS, message or as a Multimedia Messaging Service, MMS, message; and generating a user notification in response to receiving the IMDN message.
A failure handling method, comprising: receiving, by a packet data network gateway, P-GW, downlink data after detecting that a failure occurs in an associated first serving gateway, S-GW; and sending, by the P-GW, a notification message to a mobility management entity, MME by using a second S-GW, wherein the notification message comprises an identifier of the P-GW and an identifier of a user, for the MME to refuse to initiate a procedure for recovering from the failure in the first S-GW if the identifier of the P-GW comprised in the notification message is different from a P-GW identifier corresponding to a context identifier of the user. receiving, by a packet data network gateway, P-GW, downlink data after detecting that a failure occurs in an associated first serving gateway, S-GW; and sending, by the P-GW, a notification message to a mobility management entity, MME by using a second S-GW, wherein the notification message comprises an identifier of the P-GW and an identifier of a user, for the MME to refuse to initiate a procedure for recovering from the failure in the first S-GW if the identifier of the P-GW comprised in the notification message is different from a P-GW identifier corresponding to a context identifier of the user.
Drive member for a timepiece comprising at least two monolithic units (110, 210, 310) stacked and connected in series, each of these units comprising a hub (120, 220, 320) and a rim (130, 230, 330) which are connected by at least one elastic arm (140, 240, 340), the or each of the elastic arms (140, 240, 340) of any of said units (110, 210, 310) is of sinuous shape.
A tissue resecting device comprising: an elongated shaft having a central axis, a distal end, and an outer surface; an offset housing on the distal of the shaft, wherein the offset housing has a tissue-receiving window and wherein the tissue-receiving window is offset radially outwardly from the outer surface of the shaft; and a moveable electrode configured to move in an arc back and forth across an exterior surface of the window to resect tissue which extends into the tissue-receiving window. an elongated shaft having a central axis, a distal end, and an outer surface; an offset housing on the distal of the shaft, wherein the offset housing has a tissue-receiving window and wherein the tissue-receiving window is offset radially outwardly from the outer surface of the shaft; and a moveable electrode configured to move in an arc back and forth across an exterior surface of the window to resect tissue which extends into the tissue-receiving window.
A wearable audio device (10, 20, 102, 150), comprising: an electro-acoustic transducer (30, 80, 104) that is adapted to create an audio output, the electro-acoustic transducer comprising a transducer magnet; a magnetic field sensor (72, 90, 108, 156) that is constructed and arranged to sense the Earth's magnetic field; a first magnet (38, 82, 154) that produces a first magnetic field having a first magnetic field strength, wherein the first magnet comprises the transducer magnet of the electro-acoustic transducer; and a docking or parking magnet (74, 94, 106, 160) that produces a second magnetic field, characterized in that the second magnetic field is configured to reduce an influence of the first magnetic field on the magnetic field sensor. an electro-acoustic transducer (30, 80, 104) that is adapted to create an audio output, the electro-acoustic transducer comprising a transducer magnet; a magnetic field sensor (72, 90, 108, 156) that is constructed and arranged to sense the Earth's magnetic field; a first magnet (38, 82, 154) that produces a first magnetic field having a first magnetic field strength, wherein the first magnet comprises the transducer magnet of the electro-acoustic transducer; and a docking or parking magnet (74, 94, 106, 160) that produces a second magnetic field, characterized in that the second magnetic field is configured to reduce an influence of the first magnetic field on the magnetic field sensor.
A nuclear magnetic resonance sensor comprising: a plurality of magnet arrays, wherein each magnet array comprises a plurality of magnets arranged in a semi-Halbach configuration in which the magnets define a regular or irregular polygon, and wherein the polygons of the magnet arrays form a tessellating pattern in which the magnet arrays each share at least one magnet with another one of the magnet arrays, wherein each semi-Halbach configuration produces a magnetic field both inside and outside of the array, wherein the magnetic field distribution inside the array comprises a sweet spot, wherein the magnets are non-contiguous to one another, and wherein a sweet spot is a region within the array, distributed around the local extremum in the magnetic field strength, where the magnetic field is most uniform. a plurality of magnet arrays, wherein each magnet array comprises a plurality of magnets arranged in a semi-Halbach configuration in which the magnets define a regular or irregular polygon, and wherein the polygons of the magnet arrays form a tessellating pattern in which the magnet arrays each share at least one magnet with another one of the magnet arrays, wherein each semi-Halbach configuration produces a magnetic field both inside and outside of the array, wherein the magnetic field distribution inside the array comprises a sweet spot, wherein the magnets are non-contiguous to one another, and wherein a sweet spot is a region within the array, distributed around the local extremum in the magnetic field strength, where the magnetic field is most uniform.
Wing box of an aircraft with a stiffened shell structure, consisting of fiber reinforced material comprising a skin for absorbing shear loads, and several stringers arranged on the inner side of the wing box for absorbing axial loads, characterized in that at least 60% of the mass of the stiffened shell structure is concentrated in the stringers, wherein the stringers provide at least 80% of the axial stiffness of the stiffened shell structure.
A method for producing an electrolytic capacitor obtained by winding an anode electrode foil, a cathode electrode foil and a separator to form an electrolytic capacitor and impregnating the electrolytic capacitor with a electrolyte solution, and housing it in an outer case, characterized in that an electrolyte solution containing aluminum tetrafluoride salt is used as said electrolyte solution, and that the moisture content of the capacitor element of a range between 0.2 and 0.7 % by weight is controlled in a production process after the electrolytic capacitor is impregnated with the electrolyte solution.
A genetically transformed or transfected bacterial cell wherein said bacteria is a gut symbiont of an insect belonging to the Order Thysanoptera characterised in that said bacterial cell is transformed or transfected with nucleic acid to express dsRNA against at least a part of tubulin gene or at least a part of elongation factor gene of the insect.
A headset arrangement for use with a gaming machine having an audio channel outputting a game sound and an audio channel intaking a microphone sound and outputting a chat sound, the headset arrangement comprising: a headset comprising two earpieces and a microphone; a first Bluetooth transceiver in the headset operable to send the microphone sound and receive the chat sound, the first Bluetooth transceiver comprising a first radio receiver; a second radio receiver in the headset for receiving the game sound; a signal processor in the headset operably connected to the first Bluetooth transceiver and the second radio receiver, the signal processor being operable to mix the microphone sound, the chat sound, and the game sound and feed the result to the earpieces; an adapter fittable with a port of a gaming controller and comprising a second Bluetooth transceiver operable to transmit the chat sounds and receive the microphone sound; and comprising a button that is adapted to pair the adapter with the headset and to mute the microphone. a headset comprising two earpieces and a microphone; a first Bluetooth transceiver in the headset operable to send the microphone sound and receive the chat sound, the first Bluetooth transceiver comprising a first radio receiver; a second radio receiver in the headset for receiving the game sound; a signal processor in the headset operably connected to the first Bluetooth transceiver and the second radio receiver, the signal processor being operable to mix the microphone sound, the chat sound, and the game sound and feed the result to the earpieces; an adapter fittable with a port of a gaming controller and comprising a second Bluetooth transceiver operable to transmit the chat sounds and receive the microphone sound; and comprising a button that is adapted to pair the adapter with the headset and to mute the microphone.
Steering device for vehicles, in particular forklift trucks, for performing a steering movement of the mobile vehicle on a surface by manual operation of a vehicle driver, wherein the steering device is mounted on an armrest of a vehicle seat, wherein the steering device comprises at least one rotatable wheel element which can be at least partially embraced on the circumference by fingers of a hand of the vehicle driver placed on the steering device and can be rotated about an axis of rotation for a steering movement, wherein an arm-like cantilever with a front region and a rear region is provided, characterised in that the rear region is fastened below the armrest, and wherein above the wheel element a knob-like head part, which is arranged stationary relative to the armrest and relative to the steering device, is arranged for supporting a palm of the hand, and below the wheel element a base element is arranged, wherein the wheel element, the base element and the head part are fixedly arranged above a front portion of the arm-like cantilever. wherein the steering device is mounted on an armrest of a vehicle seat, wherein the steering device comprises at least one rotatable wheel element which can be at least partially embraced on the circumference by fingers of a hand of the vehicle driver placed on the steering device and can be rotated about an axis of rotation for a steering movement, wherein an arm-like cantilever with a front region and a rear region is provided, characterised in that the rear region is fastened below the armrest, and wherein above the wheel element a knob-like head part, which is arranged stationary relative to the armrest and relative to the steering device, is arranged for supporting a palm of the hand, and below the wheel element a base element is arranged, wherein the wheel element, the base element and the head part are fixedly arranged above a front portion of the arm-like cantilever.