mhurhangee/patent-ind-claim-en huggingface dataset:
An aircraft drive system comprising: a first engine and a second engine a main rotor gearbox comprising a first drive input and a second drive input; a first drive system comprising a first engine reduction gearbox connecting the first engine to the first drive input of the main rotor gearbox at a reduced shaft speed; a second drive system independent from and redundant with the first drive system, the second drive system comprising a second engine reduction gearbox connecting the second engine to the second drive input of the main rotor gearbox at the reduced shaft speed; and two or more accessory gearboxes connecting an output of the first engine or the second engine with one or more accessories; wherein a first accessory gearbox of the two or more accessory gearboxes connecting an output of the first engine or the second engine with one or more accessories, the first accessory gearbox having a non-pressurized lubrication system independent from a lubrication system associated with the main rotor gearbox ; and a second accessory gearbox of the two or more accessory gearboxes connecting an output of the the first engine or the second engine with one or more accessories, the second accessory gearbox having a non-pressurized lubrication system independent from a lubrication system associated with the main rotor gearbox and from the non-pressurized lubrication system associated with the first accessory gearbox ; wherein the second accessory gearbox is independent from and redundant with the first accessory gearbox. a first engine and a second engine a main rotor gearbox comprising a first drive input and a second drive input; a first drive system comprising a first engine reduction gearbox connecting the first engine to the first drive input of the main rotor gearbox at a reduced shaft speed; a second drive system independent from and redundant with the first drive system, the second drive system comprising a second engine reduction gearbox connecting the second engine to the second drive input of the main rotor gearbox at the reduced shaft speed; and two or more accessory gearboxes connecting an output of the first engine or the second engine with one or more accessories; wherein a first accessory gearbox of the two or more accessory gearboxes connecting an output of the first engine or the second engine with one or more accessories, the first accessory gearbox having a non-pressurized lubrication system independent from a lubrication system associated with the main rotor gearbox ; and a second accessory gearbox of the two or more accessory gearboxes connecting an output of the the first engine or the second engine with one or more accessories, the second accessory gearbox having a non-pressurized lubrication system independent from a lubrication system associated with the main rotor gearbox and from the non-pressurized lubrication system associated with the first accessory gearbox ; wherein the second accessory gearbox is independent from and redundant with the first accessory gearbox.
A transition metal compound represented by the following chemical formula 1: in chemical formula 1, M is a transition metal of group 4, Q 1 and Q 2 are each halogen; R 1 and R 3 are each hydrogen and R 2 and R 4 are each (C 1 -C 20 )alkyl; R 5 , R 6 and R 7 are methyl; R 8 is hydrogen; R 9 , R 10 , R 12 , R 13 , R 14 , R 15 and R 16 are hydrogen; and R 11 is tert-butyl. M is a transition metal of group 4, Q 1 and Q 2 are each halogen; R 1 and R 3 are each hydrogen and R 2 and R 4 are each (C 1 -C 20 )alkyl; R 5 , R 6 and R 7 are methyl; R 8 is hydrogen; R 9 , R 10 , R 12 , R 13 , R 14 , R 15 and R 16 are hydrogen; and R 11 is tert-butyl.
Scanning detector for detecting and identifying a structure as a first structure only made of iron-based objects or second structure comprising iron-based objects and non-magnetic and highly conductive metallic objects below a surface , comprising: a movement sensor for determining a movement of the scanning detector along a measuring-direction , a field-sensor comprising a pair of primary pickup-coils along the measuring-direction and an excitation-coil arrangement arranged between the primary pickup-coils , a current source injecting an alternating excitation-current in the excitation-coil arrangement , a phase-analyser determining a phase (phi) between the alternating excitation-current and a difference of induced voltage-signals in the primary pickup-coils , an interpretation unit determining a slope of the phase (phi) and identifying the structure by discriminating among the first structures and the second structures based on whether the slope is increasing or decreasing, and a display or a transceiver communicating the identified structure , characterized by an magnitude-analyser determining a magnitude of eddy currents in the primary pickup-coils or the secondary pickup-coils and wherein the identification unit identifies the structure as third structure only made of copper-based objects based on a flat slope of the phase (phi) and the magnitude exceeding a threshold. a movement sensor for determining a movement of the scanning detector along a measuring-direction , a field-sensor comprising a pair of primary pickup-coils along the measuring-direction and an excitation-coil arrangement arranged between the primary pickup-coils , a current source injecting an alternating excitation-current in the excitation-coil arrangement , a phase-analyser determining a phase (phi) between the alternating excitation-current and a difference of induced voltage-signals in the primary pickup-coils , an interpretation unit determining a slope of the phase (phi) and identifying the structure by discriminating among the first structures and the second structures based on whether the slope is increasing or decreasing, and a display or a transceiver communicating the identified structure , characterized by an magnitude-analyser determining a magnitude of eddy currents in the primary pickup-coils or the secondary pickup-coils and wherein the identification unit identifies the structure as third structure only made of copper-based objects based on a flat slope of the phase (phi) and the magnitude exceeding a threshold.
An energy storage apparatus comprising: a battery system comprising at least one battery ; a power converting unit for converting input/output power characteristics of the battery system from AC to DC or from DC to AC; a conversion control unit for controlling an operation of the power converting unit; an initial driving unit for converting DC power of the battery system into AC power and supplying the AC power as power for activating the conversion control unit; and a power selecting unit for detecting an AC output voltage of the power converting unit, for selecting, based on a level of the AC output voltage of the power converting unit, either one of AC power output by the initial driving unit and AC power output by the power converting unit, and for supplying the selected AC power as operation power of the conversion control unit. a battery system comprising at least one battery ; a power converting unit for converting input/output power characteristics of the battery system from AC to DC or from DC to AC; a conversion control unit for controlling an operation of the power converting unit; an initial driving unit for converting DC power of the battery system into AC power and supplying the AC power as power for activating the conversion control unit; and a power selecting unit for detecting an AC output voltage of the power converting unit, for selecting, based on a level of the AC output voltage of the power converting unit, either one of AC power output by the initial driving unit and AC power output by the power converting unit, and for supplying the selected AC power as operation power of the conversion control unit.
A composition comprising: a urethane acrylate; an adhesion promoter; and a conductive monomer, the composition being characterized in that the conductive monomer comprises alkoxylated acrylate; the composition further comprising an ionic liquid and having a volume resistivity from 10 6 to 10 10 Ohm·cm after being conditioned for one week at 25 °C and 50% relative humidity. a urethane acrylate; an adhesion promoter; and a conductive monomer, the composition being characterized in that the conductive monomer comprises alkoxylated acrylate; the composition further comprising an ionic liquid and having a volume resistivity from 10 6 to 10 10 Ohm·cm after being conditioned for one week at 25 °C and 50% relative humidity.
A method of detecting and compensating for a non-operational mold cavity in an injection molding apparatus having a plurality of mold cavities and an injection molding screw or ram, the method comprising: injecting, via the injection molding screw or ram, a molten thermoplastic material into the plurality of mold cavities ; measuring a first process parameter of the injection molding apparatus at a pre-determined time during or after the injecting; based on the first process parameter, determining whether one or more mold cavities of the plurality of mold cavities are non-operational; and when it is determined that one or more mold cavities are non-operational, automatically adjusting the first process parameter or a second process parameter of the injection molding apparatus ; wherein measuring the first process parameter comprises measuring a nozzle pressure of an injection nozzle of the injection molding apparatus via a sensor disposed in the injection molding apparatus ; characterized by comparing the measured nozzle pressure to an expected nozzle pressure corresponding to all of the plurality of mold cavities ; and when a difference between the measured nozzle pressure and the expected nozzle pressure is greater than a predetermined threshold, generating a signal indicative of at least one mold cavity of the plurality of mold cavities being non-operational. injecting, via the injection molding screw or ram, a molten thermoplastic material into the plurality of mold cavities ; measuring a first process parameter of the injection molding apparatus at a pre-determined time during or after the injecting; based on the first process parameter, determining whether one or more mold cavities of the plurality of mold cavities are non-operational; and when it is determined that one or more mold cavities are non-operational, automatically adjusting the first process parameter or a second process parameter of the injection molding apparatus ; wherein measuring the first process parameter comprises measuring a nozzle pressure of an injection nozzle of the injection molding apparatus via a sensor disposed in the injection molding apparatus ; characterized by comparing the measured nozzle pressure to an expected nozzle pressure corresponding to all of the plurality of mold cavities ; and when a difference between the measured nozzle pressure and the expected nozzle pressure is greater than a predetermined threshold, generating a signal indicative of at least one mold cavity of the plurality of mold cavities being non-operational.
A method for fabricating a flexible organic light emitting diode device, where the method comprises: 1) applying a pressure sensitive adhesive composition to a substrate, 2) curing the pressure sensitive adhesive composition to form a pressure sensitive adhesive film, and 3) applying the pressure sensitive adhesive film to a passivation layer in the device; wherein the pressure sensitive adhesive composition comprises: A) 85 to 100 parts by weight of an alkenyl containing polydialkylsiloxane, where the alkenyl containing polydialkylsiloxane has silicon bonded alkyl groups with 1 to 10 carbon atoms and silicon bonded alkenyl groups with 2 to 6 carbon atoms, and where the alkenyl groups are present in an amount > 0.3 - 0.8 weight% based on the weight of the alkenyl containing polydialkylsiloxane, C) 0.1 to 5 parts by weight of a polyalkylhydrogensiloxane having silicon bonded alkyl groups with 1 to 10 carbon atoms and having, per molecule, an average of at least 1% silicon bonded hydrogen atoms, F) an amount of a platinum group metal catalyst sufficient to provide 10 to 5000 ppm concentration of Pt group metal in the composition, and E) 0.01 to 0.5 part by weight of an acetylenic alcohol, and G) 10% to 90% based on combined weights of all starting materials in the composition of an organic solvent; with the proviso that all starting materials in the composition combined have a molar ratio of silicon bonded hydrogen atoms / silicon bonded alkenyl groups (SiH/Alkenyl ratio) of 0.5 to 2. 1) applying a pressure sensitive adhesive composition to a substrate, 2) curing the pressure sensitive adhesive composition to form a pressure sensitive adhesive film, and 3) applying the pressure sensitive adhesive film to a passivation layer in the device; A) 85 to 100 parts by weight of an alkenyl containing polydialkylsiloxane, where the alkenyl containing polydialkylsiloxane has silicon bonded alkyl groups with 1 to 10 carbon atoms and silicon bonded alkenyl groups with 2 to 6 carbon atoms, and where the alkenyl groups are present in an amount > 0.3 - 0.8 weight% based on the weight of the alkenyl containing polydialkylsiloxane, C) 0.1 to 5 parts by weight of a polyalkylhydrogensiloxane having silicon bonded alkyl groups with 1 to 10 carbon atoms and having, per molecule, an average of at least 1% silicon bonded hydrogen atoms, F) an amount of a platinum group metal catalyst sufficient to provide 10 to 5000 ppm concentration of Pt group metal in the composition, and E) 0.01 to 0.5 part by weight of an acetylenic alcohol, and G) 10% to 90% based on combined weights of all starting materials in the composition of an organic solvent; with the proviso that all starting materials in the composition combined have a molar ratio of silicon bonded hydrogen atoms / silicon bonded alkenyl groups (SiH/Alkenyl ratio) of 0.5 to 2.
Energy storage system comprising a plurality of electrical module packs connected in series, each electrical module pack having a positive terminal and a negative terminal, the voltage at the terminals of each electrical module pack being equal to the potential difference between the positive terminal and the negative terminal of the pack , the voltage at the terminals of the system being equal to the sum of the voltages of the connected electrical module packs , each electrical module pack being supported by a frame , each frame being set at a reference potential, characterized in that the reference potential of each frame is broadly comprised between the positive terminal potential and the negative terminal potential of the electrical module pack supported by the frame.
A system comprising: one or more processors ; a data acquisition module configured to be operated by the one or more processors to receive voice call data records for a user device, each voice call data record including a location and time pair; a data analysis module configured to be operated by the one or more processors to determine a categorized location of a user of the user device by grouping the location and time pairs included in the voice call data records by location into a plurality of clusters, determining a count of the location and time pairs in each of the plurality of clusters that fall within a timeframe, and determining the categorized location based at least in part on the counts of the location and time pairs in each of the plurality of clusters and on at least one of the user's billing address or addresses of other users sharing a communication service account with the user; and a user location module configured to be operated by the one or more processors to provide an identifier of the user device along with the determined categorized location, wherein the location and time pairs are part of a multi-factor identity fingerprint for the user, the multi-factor identity fingerprint being constructed from data indicative of user locations and behaviors over time, and wherein the multi-factor identity fingerprint includes a set of data, a plurality of modes, each mode specifying a subset of the set of data that is exposed for querying, and a mode selector operable to select one of the plurality of modes. one or more processors ; a data acquisition module configured to be operated by the one or more processors to receive voice call data records for a user device, each voice call data record including a location and time pair; a data analysis module configured to be operated by the one or more processors to determine a categorized location of a user of the user device by grouping the location and time pairs included in the voice call data records by location into a plurality of clusters, determining a count of the location and time pairs in each of the plurality of clusters that fall within a timeframe, and determining the categorized location based at least in part on the counts of the location and time pairs in each of the plurality of clusters and on at least one of the user's billing address or addresses of other users sharing a communication service account with the user; and a user location module configured to be operated by the one or more processors to provide an identifier of the user device along with the determined categorized location, wherein the location and time pairs are part of a multi-factor identity fingerprint for the user, the multi-factor identity fingerprint being constructed from data indicative of user locations and behaviors over time, and wherein the multi-factor identity fingerprint includes a set of data, a plurality of modes, each mode specifying a subset of the set of data that is exposed for querying, and a mode selector operable to select one of the plurality of modes.
A trocar comprising a trocar rod and a sheath , wherein A. the sheath of the trocar comprises an end sealing piece , a sleeve and an anti-reverse apparatus , the anti-reverse apparatus arranged to prevent loosening of the end sealing piece from a proximal end of the sleeve ; B. the end sealing piece is detachably mounted at a proximal end of the sleeve ; and C. the anti-reverse apparatus comprises a latch disposed on a side surface of the proximal end of the sleeve, and a release switch disposed at a position, corresponding to the latch , on the side surface of a housing of the end sealing piece ; wherein the latch is arranged to stop the end sealing piece from moving reversely by pointing radially outward so as to engage a positioning block (11-1) on the end sealing piece , wherein the release switch is configured to relieve the stopping action exerted by the latch on the reverse movement of the end sealing piece upon being pressed radially inward. A. the sheath of the trocar comprises an end sealing piece , a sleeve and an anti-reverse apparatus , the anti-reverse apparatus arranged to prevent loosening of the end sealing piece from a proximal end of the sleeve ; B. the end sealing piece is detachably mounted at a proximal end of the sleeve ; and C. the anti-reverse apparatus comprises a latch disposed on a side surface of the proximal end of the sleeve, and a release switch disposed at a position, corresponding to the latch , on the side surface of a housing of the end sealing piece ;
A method for communicating in a wireless local area network, the method comprising: receiving, at a station, a beacon frame, the beacon frame comprising at least one basic service set identifier, BSSID, and a first color value, wherein each BSSID identifying a basic service set, BSS, managed by an access point, AP, and the first color value represented by a value number of bits, the value number less than 48; receiving, at the station, a physical layer protocol data unit, PPDU, over a transmission bandwidth, the PPDU comprising a signal-A field and a signal-B field, wherein the signal-A field comprises bandwidth information and a second color value, the bandwidth information indicating the transmission bandwidth, and the signal-B field comprises user-specific information comprising allocation for orthogonal frequency division multiple access, OFDMA, transmission; wherein the signal-A field is phase-rotated over at least one first subcarrier group, each first subcarrier group having bandwidth of 20 MHz within the transmission bandwidth, and the signal-B is phase rotated over a plurality of second subcarrier groups, each second subcarrier group having bandwidth that is 20 MHz within the transmission bandwidth, and wherein the second color value matches at least a portion of the first color value. receiving, at a station, a beacon frame, the beacon frame comprising at least one basic service set identifier, BSSID, and a first color value, wherein each BSSID identifying a basic service set, BSS, managed by an access point, AP, and the first color value represented by a value number of bits, the value number less than 48; receiving, at the station, a physical layer protocol data unit, PPDU, over a transmission bandwidth, the PPDU comprising a signal-A field and a signal-B field, wherein the signal-A field comprises bandwidth information and a second color value, the bandwidth information indicating the transmission bandwidth, and the signal-B field comprises user-specific information comprising allocation for orthogonal frequency division multiple access, OFDMA, transmission; wherein the signal-A field is phase-rotated over at least one first subcarrier group, each first subcarrier group having bandwidth of 20 MHz within the transmission bandwidth, and the signal-B is phase rotated over a plurality of second subcarrier groups, each second subcarrier group having bandwidth that is 20 MHz within the transmission bandwidth, and wherein the second color value matches at least a portion of the first color value.
Refrigerator with a first storage chamber surrounded by a thermal insulation layer , a refrigerating machine, which comprises an evaporator cooling the first storage chamber and a compressor driving the circulation of refrigerant through the evaporator , and a thermosiphon , which is in thermal contact with the evaporator and with a heat reservoir outside of the thermal insulation layer , wherein a first passage between an inner region in thermal contact with the evaporator and an outer region of the thermosiphon in thermal contact with the heat reservoir can be shut off by a valve , characterised in that the heat reservoir is a condenser of the refrigerating machine, wherein the refrigerating machine comprises a second evaporator for cooling a second storage chamber , to which refrigerant can be applied by the compressor , while the valve is open, and a control unit is designed to measure a quantity of ice collected on the evaporator and to open the valve when the measured quantity of ice exceeds a limit value.
An alarming method, performed by a mobile terminal, comprising: when receiving a message regarding an abnormal situation sent by a smart device, detecting a current behavior state of a user using a wearable device; acquiring an operation type corresponding to the behavior state; and triggering the wearable device to perform a corresponding notifying operation according to the operation type, wherein, the mobile terminal, the smart device, and the wearable device are connected to one another via the Internet or a network of other forms to achieve three-party data communication between the smart device and the mobile terminal and between the mobile terminal and the wearable device; and in that the abnormal situation occurs related to the smart device. when receiving a message regarding an abnormal situation sent by a smart device, detecting a current behavior state of a user using a wearable device; acquiring an operation type corresponding to the behavior state; and triggering the wearable device to perform a corresponding notifying operation according to the operation type, wherein, the mobile terminal, the smart device, and the wearable device are connected to one another via the Internet or a network of other forms to achieve three-party data communication between the smart device and the mobile terminal and between the mobile terminal and the wearable device; and in that the abnormal situation occurs related to the smart device.