mhurhangee/patent-ind-claim-en huggingface dataset:
A data packet forwarding method performed by a network device, wherein the network device comprises a hardware layer used to maintain a first match table, wherein a learning module at the hardware layer of the network device cannot learn a received data packet, further comprising a software layer used to maintain a second match table, wherein a learning module at the software layer of the network device can learn the received data packet, and the method comprises: • receiving (S201) the data packet, and checking whether an entry that matches the data packet exists in the first match table; • if the entry that matches (S202) the data packet does not exist in the first match table, obtaining a local physical address and a destination physical address of the data packet, and determining whether the local physical address is the same as the destination physical address of the data packet; • if the local physical address is different (S203) from the destination physical address, searching the second match table for an entry in which a physical address matches the destination physical address, and generating a layer 2 forwarding entry according to the entry that matches the destination physical address; and • forwarding (S204) the data packet according to the layer 2 forwarding entry. • receiving (S201) the data packet, and checking whether an entry that matches the data packet exists in the first match table; • if the entry that matches (S202) the data packet does not exist in the first match table, obtaining a local physical address and a destination physical address of the data packet, and determining whether the local physical address is the same as the destination physical address of the data packet; • if the local physical address is different (S203) from the destination physical address, searching the second match table for an entry in which a physical address matches the destination physical address, and generating a layer 2 forwarding entry according to the entry that matches the destination physical address; and • forwarding (S204) the data packet according to the layer 2 forwarding entry.
Electrical power generation system for an aircraft, the system including a gas turbine having a high-pressure shaft and producing a gas flow to actuate a free turbine , first conversion means , a primary power supply network of the aircraft, a secondary power supply network of the aircraft and a management unit , characterized in that it further includes a polyphase permanent magnet generator (PMG 12) coupled to the gas turbine and able to deliver a first alternating voltage for supplying through the first conversion means the primary power supply network of the aircraft, the free turbine and the permanent magnet generator being mounted on the same drive shaft concentric with the high-pressure shaft of the gas turbine, a starter mounted on the high-pressure shaft able to ensure the starting of the gas turbine, the starter being a permanent magnet starter/generator (PMS/G 28) able to deliver a second alternating voltage for supplying the secondary power supply network of the aircraft and auxiliary equipment of the gas turbine, and said first conversion means include two first AC/DC converters controlled from a management unit . characterized in that it further includes a polyphase permanent magnet generator (PMG 12) coupled to the gas turbine and able to deliver a first alternating voltage for supplying through the first conversion means the primary power supply network of the aircraft, the free turbine and the permanent magnet generator being mounted on the same drive shaft concentric with the high-pressure shaft of the gas turbine, a starter mounted on the high-pressure shaft able to ensure the starting of the gas turbine, the starter being a permanent magnet starter/generator (PMS/G 28) able to deliver a second alternating voltage for supplying the secondary power supply network of the aircraft and auxiliary equipment of the gas turbine, and said first conversion means include two first AC/DC converters controlled from a management unit .
A method for regenerating a deNOx catalyst comprising contacting the catalyst with a stream comprising process gas, steam, and optionally air, at a temperature in the range of from 250 to 390 °C, wherein the steam is present in an amount of 10 to 50 vol. % of the total stream, and wherein the regeneration is carried out for a time period of from 5 to 168 hours.
A roof-bolt drill bit , the roof-bolt drill bit comprising: a bit body rotatable about a central axis ; at least one cutting element mounted to the bit body, the at least one cutting element comprising: a cutting face ; a cutting edge adjacent the cutting face ; a back surface opposite the cutting face; a side surface extending between the cutting edge and the back surface; at least one coupling feature comprising a coupling recess defined in the bit body adjacent the at least one cutting element; a coupling projection extending from the at least one cutting element; wherein the coupling projection is secured within the coupling recess by a braze filler material so as to prevent movement of the at least one cutting element during drilling, wherein the braze filler material comprises an alloy including one or more of silver, tin, zinc, copper, and palladium. a bit body rotatable about a central axis ; at least one cutting element mounted to the bit body, the at least one cutting element comprising: a cutting face ; a cutting edge adjacent the cutting face ; a back surface opposite the cutting face; a side surface extending between the cutting edge and the back surface; a cutting face ; a cutting edge adjacent the cutting face ; a back surface opposite the cutting face; a side surface extending between the cutting edge and the back surface; at least one coupling feature comprising a coupling recess defined in the bit body adjacent the at least one cutting element; a coupling projection extending from the at least one cutting element; wherein the coupling projection is secured within the coupling recess by a braze filler material so as to prevent movement of the at least one cutting element during drilling, wherein the braze filler material comprises an alloy including one or more of silver, tin, zinc, copper, and palladium.
A hollow organs bypass stent for bypass-connecting a stomach or a duodenum to a bile duct or a gallbladder, comprising: an elongated and tubular main body portion ; and a main body hooking portion protruding to an outside of the main body portion from an outer periphery of the main body portion other than both axial end portions, characterized in that the stent is prevented from migrating by the main body hooking portion coming into contact with the inner wall of a hollow organ and functioning as an anchor. an elongated and tubular main body portion ; and a main body hooking portion protruding to an outside of the main body portion from an outer periphery of the main body portion other than both axial end portions, characterized in that the stent is prevented from migrating by the main body hooking portion coming into contact with the inner wall of a hollow organ and functioning as an anchor.
Optical unit for a motor vehicle comprising: - a first collimator intended to receive a first light beam (F1) emitted by a first light source ; - a second collimator intended to receive a second light beam (F2) emitted by a second light source ; - a cut off member ; - a projection system ; - the cut off member being arranged so as to stop or reflect at least a part of the rays reaching it from one side or from the other side, - the first collimator being arranged so as to send the first light beam (F1) only on one side of the cut off member ; the optical unit being characterized in that : - the second collimator is arranged so as to send the second light beam (F2), on both sides of the cut off member ; and - the projection system , the first collimator, the second collimator and the cut off member are arranged so as to project the first beam (F1) as a beam with cut off (C) and to project the second beam (F2) as a beam without cut off (Fs), the optical unit comprising a first optical piece and a second optical piece , the first optical piece comprising the first collimator and the second optical piece comprising the second collimator , and - the first optical piece comprises a portion in relief ; - the second optical piece comprises a hollow having a form substantially complementing the form of the portion in relief of the first piece in such a way that the portion in relief is housed in the hollow . - a first collimator intended to receive a first light beam (F1) emitted by a first light source ; - a second collimator intended to receive a second light beam (F2) emitted by a second light source ; - a cut off member ; - a projection system ; - the cut off member being arranged so as to stop or reflect at least a part of the rays reaching it from one side or from the other side, - the first collimator being arranged so as to send the first light beam (F1) only on one side of the cut off member ; - the second collimator is arranged so as to send the second light beam (F2), on both sides of the cut off member ; and - the projection system , the first collimator, the second collimator and the cut off member are arranged so as to project the first beam (F1) as a beam with cut off (C) and to project the second beam (F2) as a beam without cut off (Fs), - the first optical piece comprises a portion in relief ; - the second optical piece comprises a hollow having a form substantially complementing the form of the portion in relief of the first piece in such a way that the portion in relief is housed in the hollow .
A vehicle control apparatus comprising: a wheel speed calculation unit configured to calculate a wheel speed of wheels (FR, FL, RL, RR); a correction unit configured to calculate a corrected wheel speed, which is acquired by correcting the wheel speed based on vehicle specifications indicating a position of each of the wheels (FR, FL, RL, RR); a vehicle body speed calculation unit configured to calculate a vehicle body speed based on the calculated corrected wheel speed; a slip control unit configured to control a slip state of the wheels (FR, FL, RL, RR) according to states of the corrected wheel speed and the vehicle body speed; a steering operation amount calculation unit configured to calculate a steering operation amount; and a yaw rate calculation unit configured to calculate a yaw rate of a vehicle, characterized in that the slip control unit controls the slip state of each of the wheels (FR, FL, RL, RR) in such a manner that the target slip ratio reduces as the calculated steering operation amount increases, and the correction unit calculates the corrected wheel speed based on the steering operation amount and the yaw rate. a wheel speed calculation unit configured to calculate a wheel speed of wheels (FR, FL, RL, RR); a correction unit configured to calculate a corrected wheel speed, which is acquired by correcting the wheel speed based on vehicle specifications indicating a position of each of the wheels (FR, FL, RL, RR); a vehicle body speed calculation unit configured to calculate a vehicle body speed based on the calculated corrected wheel speed; a slip control unit configured to control a slip state of the wheels (FR, FL, RL, RR) according to states of the corrected wheel speed and the vehicle body speed; a steering operation amount calculation unit configured to calculate a steering operation amount; and a yaw rate calculation unit configured to calculate a yaw rate of a vehicle, characterized in that the slip control unit controls the slip state of each of the wheels (FR, FL, RL, RR) in such a manner that the target slip ratio reduces as the calculated steering operation amount increases, and the correction unit calculates the corrected wheel speed based on the steering operation amount and the yaw rate.
An air processing device comprising: a casing ; a component detachably provided on a body of the casing ; and an imaging device that acquires image data of at least one predetermined object to be imaged in the casing , the imaging device being supported by the component so as to be at a position at which the imaging device can image the at least one object to be imaged, wherein the component is a drain pump , a valve connected to a water pipe, a valve connected to a refrigerant pipe, a float switch, a humidifying element , a water supply tank of the humidifying element , a lid of the water supply tank or an electric component box. a casing ; a component detachably provided on a body of the casing ; and an imaging device that acquires image data of at least one predetermined object to be imaged in the casing , the imaging device being supported by the component so as to be at a position at which the imaging device can image the at least one object to be imaged, wherein the component is a drain pump , a valve connected to a water pipe, a valve connected to a refrigerant pipe, a float switch, a humidifying element , a water supply tank of the humidifying element , a lid of the water supply tank or an electric component box.
A belt cover for attaching to a horse, comprising at least the following 1) to 3): 1) an electrode for detecting a bioelectric signal by contacting with the surface of a body of the horse , 2) an electric wiring , and 3) a connector for connecting with the electric wiring through a part for connecting with the connector and the electric wiring , said belt cover being characterized in that : each of the electrode and the electric wiring comprises a stretchable conductor comprising a conductive particle comprising a silver particle and a binder resin, the stretchable conductor of the electrode and the electric wiring has a sheet resistance of 0.1 Ω □ or less, an insulating layer is laminated on the electric wiring , and the electrode and the electric wiring are integrally formed without joints, wherein the electrode , the electric wiring , and the part for connecting with the connector and the electric wiring are formed from a stretchable conductor sheet composed of the stretchable conductor. 1) an electrode for detecting a bioelectric signal by contacting with the surface of a body of the horse , 2) an electric wiring , and 3) a connector for connecting with the electric wiring through a part for connecting with the connector and the electric wiring , said belt cover being characterized in that : each of the electrode and the electric wiring comprises a stretchable conductor comprising a conductive particle comprising a silver particle and a binder resin, the stretchable conductor of the electrode and the electric wiring has a sheet resistance of 0.1 Ω □ or less, an insulating layer is laminated on the electric wiring , and the electrode and the electric wiring are integrally formed without joints, wherein the electrode , the electric wiring , and the part for connecting with the connector and the electric wiring are formed from a stretchable conductor sheet composed of the stretchable conductor. each of the electrode and the electric wiring comprises a stretchable conductor comprising a conductive particle comprising a silver particle and a binder resin, the stretchable conductor of the electrode and the electric wiring has a sheet resistance of 0.1 Ω □ or less, an insulating layer is laminated on the electric wiring , and the electrode and the electric wiring are integrally formed without joints, wherein the electrode , the electric wiring , and the part for connecting with the connector and the electric wiring are formed from a stretchable conductor sheet composed of the stretchable conductor.
A method for helping determine the vision parameters of a subject , including the following steps: - capture two images (I1, I2) at two different angles of the subject's face by means of an image capturing device , the subject (S) being in a natural distant vision posture, - determine the tilt with respect to the ground of the image capturing device at the time of image capture with an inclinometer, - deduce therefrom the tilt and the cap angle value of the face of the subject (S), characterized in that the image capturing device is positioned outside a foveal area of the subject at the time of capture of the images (I1, I2). - capture two images (I1, I2) at two different angles of the subject's face by means of an image capturing device , the subject (S) being in a natural distant vision posture, - determine the tilt with respect to the ground of the image capturing device at the time of image capture with an inclinometer, - deduce therefrom the tilt and the cap angle value of the face of the subject (S), characterized in that the image capturing device is positioned outside a foveal area of the subject at the time of capture of the images (I1, I2).
A device for coupling at least one eyewear lens to a pair nasal appliques attachable to a user's nose, the device comprising: a base engageable with the at least one eyewear lens , the base including a pair of base camming surfaces ; a pair of arms coupled to the base and magnetically connectable to respective ones of the pair of nasal appliques , each of the pair of arms extending away from the base to define a distal end portion, the device comprises a guide member moveable relative to the base and operatively engaged with the pair of arms , movement of the guide member relative to the base at least partially causing the pair of arms to transition relative to the base between the narrow configuration and the wide configuration, characterised by each of the pair of arms including an arm camming surface sized and shaped to interface with a corresponding one of the pair of base camming surfaces , the interaction between the arm camming surfaces and the base camming surfaces at least partially facilitating transition of the pair of arms relative to the base between a narrow configuration and a wide, a distance between the distal end portions of the pair or arms increasing as the pair of arms transition from the narrow configuration to the wide configuration. a base engageable with the at least one eyewear lens , the base including a pair of base camming surfaces ; a pair of arms coupled to the base and magnetically connectable to respective ones of the pair of nasal appliques , each of the pair of arms extending away from the base to define a distal end portion, the device comprises a guide member moveable relative to the base and operatively engaged with the pair of arms , movement of the guide member relative to the base at least partially causing the pair of arms to transition relative to the base between the narrow configuration and the wide configuration, characterised by each of the pair of arms including an arm camming surface sized and shaped to interface with a corresponding one of the pair of base camming surfaces , the interaction between the arm camming surfaces and the base camming surfaces at least partially facilitating transition of the pair of arms relative to the base between a narrow configuration and a wide, a distance between the distal end portions of the pair or arms increasing as the pair of arms transition from the narrow configuration to the wide configuration.
A subtilase variant having protease activity, wherein the variant is a polypeptide that has at least 80% sequence identity to the polypeptide of SEQ ID NO: 1 and comprises the substitutions N76D, V205I and Q206L, wherein position numbers correspond to the position numbers of the polypeptide of SEQ ID NO: 2.
Ceramic material with negative temperature coefficient of the electrical resistance, having a structure that is based on a system selected from Ni-Co-Mn-O, Ni-Mn-O and Co-Mn-O and comprises at least one dopant which is selected from the group of the lanthanoids and is present in a proportion of up to 10 mol% inclusive in the ceramic material, wherein the ceramic material has a spinel structure of the general formula AB 2 O 4 , where: - A is selected from Ni, Co, Mn, Mg, Sr, Zn, Ca, Zr, Cu and combinations thereof, - B is selected from Mn, Co, Al, Fe, Ti and combinations thereof, - A comprises at least Ni and B comprises at least Mn or A comprises at least Ni and B comprises at least Mn and Co or A comprises at least Mn or Co and B comprises at least Co or Mn, wherein the dopant is disposed at the B position of the spinel structure. - A is selected from Ni, Co, Mn, Mg, Sr, Zn, Ca, Zr, Cu and combinations thereof, - B is selected from Mn, Co, Al, Fe, Ti and combinations thereof, - A comprises at least Ni and B comprises at least Mn or A comprises at least Ni and B comprises at least Mn and Co or A comprises at least Mn or Co and B comprises at least Co or Mn,
A system for providing cooling and preventing or reducing water penetration of a gearbox , the system comprising: a fan or impeller coupled to the gearbox ; a hub coupled to the fan ; and characterized in that said hub is shaped to provide a labyrinth seal that prevents or reduces water penetration into the gearbox ; and the system further comprises one or more cooling fins . a fan or impeller coupled to the gearbox ; a hub coupled to the fan ; and characterized in that said hub is shaped to provide a labyrinth seal that prevents or reduces water penetration into the gearbox ; and the system further comprises one or more cooling fins .
A cassette for holding at least two multiwell plates, wherein said cassette comprises at least two multiwell plates with a lid stacked on each other, wherein said multiwell plates comprise more than one vessel , said cassette comprising - an open top , wherein said open top is sized to allow a multiwell plate to pass - a bottom surface with an opening , wherein said opening comprises an area which is smaller than the area of a multiwell plate characterized in that said cassette further comprises two short side walls (801 a,b) located opposite each other and two long side walls (802 a,b) located opposite each other, wherein the top of the side walls (801 a,b and 802 a,b) comprises a base extending around the top of the side walls (801 a,b and 802 a,b), said base comprising stabilizing slits . - an open top , wherein said open top is sized to allow a multiwell plate to pass - a bottom surface with an opening , wherein said opening comprises an area which is smaller than the area of a multiwell plate