mhurhangee/ep-ind-claims huggingface dataset:
An occupant protection device mountable on a vehicle for catching a head of an occupant seated in a seat of the vehicle with an inflatable airbag (15, 15A, 15B) when a collision or a potential collision is detected, wherein the airbag (15, 15A, 15B) comprises: a front panel section inflatable and deployable in front of the head of the occupant for catching the head when the head moves forward; a left panel section inflatable and deployable on a left side of the head for catching the head when the head moves towards the left; and a right panel section inflatable and deployable on a right side of the head for catching the head when the head moves towards the right; and the front panel section at full airbag deployment includes a main panel region that is adapted to be deployed in such a manner as to be opposed to a front face (Hf) of the head and an extended panel region that is adapted to extend downwardly from the main panel region so as to catch at least an upper part (Cu) of a thorax of the occupant, characterized in that: the airbag (15, 15A, 15B) further comprises a ceiling panel section deployable above the head of the occupant. a front panel section inflatable and deployable in front of the head of the occupant for catching the head when the head moves forward; a left panel section inflatable and deployable on a left side of the head for catching the head when the head moves towards the left; and a right panel section inflatable and deployable on a right side of the head for catching the head when the head moves towards the right; and the airbag (15, 15A, 15B) further comprises a ceiling panel section deployable above the head of the occupant.
A method for wireless communication using almost blank subframes carried out by a communication network comprising a macro base station, a pico base station, and a user terminal, wherein a channel quality measurement period is divided into at least three subperiods (SP1, SP2, SP3), the method comprising: • transmitting, by the macro base station, only almost blank subframes during a first subperiod of said at least three subperiods (SP1, SP2, SP3); characterized by • transmitting, by the macro base station, only non almost blank subframes during a second subperiod of said at least three subperiods (SP1, SP2, SP3); transmitting, by the macro base station, almost blank subframes and non almost blank subframes with a variable ratio of almost blank subframes to non almost blank subframes during a third subperiod of said at least three subperiods (SP1, SP2, SP3); and • receiving, by the macro base station, load information from the pico cell, the load information being determined based on the overall throughput of the user terminals served by the pico base station, after receiving, at the pico base station channel quality measurements performed by the user terminal during the first subperiod of said at least three subperiods (SP1, SP2, SP3) and during said second subperiod of said at least three subperiods (SP1, SP2, SP3); • changing, by the macro base station, said variable ratio of almost blank subframes to non almost blank subframes during said third subperiod of said at least three subperiods (SP1, SP2, SP3) based on the load information as received; and • transmitting, by the macro base station, notification about used almost blank subframe pattern to the pico base station. • transmitting, by the macro base station, only almost blank subframes during a first subperiod of said at least three subperiods (SP1, SP2, SP3); characterized by • transmitting, by the macro base station, only non almost blank subframes during a second subperiod of said at least three subperiods (SP1, SP2, SP3); transmitting, by the macro base station, almost blank subframes and non almost blank subframes with a variable ratio of almost blank subframes to non almost blank subframes during a third subperiod of said at least three subperiods (SP1, SP2, SP3); and • receiving, by the macro base station, load information from the pico cell, the load information being determined based on the overall throughput of the user terminals served by the pico base station, after receiving, at the pico base station channel quality measurements performed by the user terminal during the first subperiod of said at least three subperiods (SP1, SP2, SP3) and during said second subperiod of said at least three subperiods (SP1, SP2, SP3); • changing, by the macro base station, said variable ratio of almost blank subframes to non almost blank subframes during said third subperiod of said at least three subperiods (SP1, SP2, SP3) based on the load information as received; and • transmitting, by the macro base station, notification about used almost blank subframe pattern to the pico base station.
A composition which is a self-assembly composition for pattern formation and which comprises a block copolymer comprising - a polymerization unit (a) comprising two or more xylose units and having a structure of formula: wherein R 1 each independently is H, alkyl, acyl, aryl or phosphoryl; R 5 each independently is H or alkyl; X each independently is a single bond or a linking group; Y each independently is a linking group; and p is an integer of 2-1,500, and - a polymerization unit (b) comprising two or more units of at least one of an aromatic ring-containing unit, a silicon-containing unit and a metal complex unit. - a polymerization unit (a) comprising two or more xylose units and having a structure of formula: wherein R 1 each independently is H, alkyl, acyl, aryl or phosphoryl; R 5 each independently is H or alkyl; X each independently is a single bond or a linking group; Y each independently is a linking group; and p is an integer of 2-1,500, and R 1 each independently is H, alkyl, acyl, aryl or phosphoryl; R 5 each independently is H or alkyl; X each independently is a single bond or a linking group; Y each independently is a linking group; and p is an integer of 2-1,500, and - a polymerization unit (b) comprising two or more units of at least one of an aromatic ring-containing unit, a silicon-containing unit and a metal complex unit.
A drive system for an aircraft landing gear, the drive system comprising: a pinion gear; a drive shaft arranged to rotate the pinion gear about a drive axis; a driven gear arranged to mesh with the pinion gear to be rotatable by the pinion gear, the driven gear being connectable to a wheel of the landing gear to be capable of rotating the wheel about a wheel axis; and a flexible interface comprising a plurality of driven gear coupling members, each driven gear coupling member having a first connection portion attached to the driven gear, a second connection portion adapted to be attached to the wheel at an offset distance from the wheel axis, and a joint between the first connection portion and the second connection portion, the joint permitting relative movement between the first connection portion and the second connection portion, characterised in that the flexible interface comprises one or more failsafe catches, each failsafe catch being adapted for attachment to the wheel and arranged to retain the driven gear in the event of a failure of one or more of the driven gear coupling members. a pinion gear; a drive shaft arranged to rotate the pinion gear about a drive axis; a driven gear arranged to mesh with the pinion gear to be rotatable by the pinion gear, the driven gear being connectable to a wheel of the landing gear to be capable of rotating the wheel about a wheel axis; and a flexible interface comprising a plurality of driven gear coupling members, each driven gear coupling member having a first connection portion attached to the driven gear, a second connection portion adapted to be attached to the wheel at an offset distance from the wheel axis, and a joint between the first connection portion and the second connection portion, the joint permitting relative movement between the first connection portion and the second connection portion, characterised in that the flexible interface comprises one or more failsafe catches, each failsafe catch being adapted for attachment to the wheel and arranged to retain the driven gear in the event of a failure of one or more of the driven gear coupling members.
A method for adapting acoustic processing in a communication device, the method comprising: capturing at least one acoustic signal using acoustic hardware of the communication device; characterizing an acoustic environment external to the communication device using the at least one captured acoustic signal; and adapting acoustic processing within the communication device based on the characterized acoustic environment; wherein capturing the at least one acoustic signal comprises capturing ambient sound using multiple microphones of the acoustic hardware (218, 224); wherein characterizing the acoustic environment comprises: determining for the captured ambient sound a frequency domain transfer function between a pair of the multiple microphones; determining the acoustic environment based on the transfer function; and wherein determining the acoustic environment based on the transfer function comprises comparing at least a portion of the transfer function determined for the ambient sound to stored transfer functions for different acoustic environments to select the acoustic environment. capturing at least one acoustic signal using acoustic hardware of the communication device; characterizing an acoustic environment external to the communication device using the at least one captured acoustic signal; and adapting acoustic processing within the communication device based on the characterized acoustic environment; wherein capturing the at least one acoustic signal comprises capturing ambient sound using multiple microphones of the acoustic hardware (218, 224); wherein characterizing the acoustic environment comprises: determining for the captured ambient sound a frequency domain transfer function between a pair of the multiple microphones; determining the acoustic environment based on the transfer function; and determining for the captured ambient sound a frequency domain transfer function between a pair of the multiple microphones; determining the acoustic environment based on the transfer function; and wherein determining the acoustic environment based on the transfer function comprises comparing at least a portion of the transfer function determined for the ambient sound to stored transfer functions for different acoustic environments to select the acoustic environment.
A method for automatically verifying a coupling (115, 135) between a tractor and a stationary first trailer unit, the method comprising; engaging a wheel brake on the first trailer unit, generating a propulsion torque by the tractor, determining a first coupling force between the tractor and the first trailer unit, and verifying the coupling (115, 135) between the tractor and the first trailer unit based on the determined first coupling force. engaging a wheel brake on the first trailer unit, generating a propulsion torque by the tractor, determining a first coupling force between the tractor and the first trailer unit, and verifying the coupling (115, 135) between the tractor and the first trailer unit based on the determined first coupling force.
A method for group communications over evolved multimedia broadcast/multicast services, E-MBMS, comprising: identifying a schedule for an indicator on a broadcast/multicast medium of a first multicast media on a multicast flow, wherein the indicator is configured to identify a location of data on the broadcast/multicast medium and to identify a presence of the data on the multicast flow; and characterised by: binding application layer paging, an application layer wake up mechanism, or a power saving mechanism to the schedule for the indicator on the multicast flow; waking from a sleep mode to monitor the indicator to determine availability of the first multicast media based on the indicator, while maintaining an application layer sleep cycle; tuning to the first multicast media if the first multicast media is available; and returning to the sleep mode, if the first multicast media is not available. identifying a schedule for an indicator on a broadcast/multicast medium of a first multicast media on a multicast flow, wherein the indicator is configured to identify a location of data on the broadcast/multicast medium and to identify a presence of the data on the multicast flow; and characterised by: binding application layer paging, an application layer wake up mechanism, or a power saving mechanism to the schedule for the indicator on the multicast flow; waking from a sleep mode to monitor the indicator to determine availability of the first multicast media based on the indicator, while maintaining an application layer sleep cycle; tuning to the first multicast media if the first multicast media is available; and returning to the sleep mode, if the first multicast media is not available. binding application layer paging, an application layer wake up mechanism, or a power saving mechanism to the schedule for the indicator on the multicast flow; waking from a sleep mode to monitor the indicator to determine availability of the first multicast media based on the indicator, while maintaining an application layer sleep cycle; tuning to the first multicast media if the first multicast media is available; and returning to the sleep mode, if the first multicast media is not available.
A method for producing cross-laminated plywood, characterized in that the method comprises applying an aqueous binder composition on at least one surface of at least one veneer, wherein the aqueous binder composition is prepared by using at least polymerizable substance and crosslinking agent, and wherein: - the polymerizable substance comprises lignin and at least one compound selected from the class of phenols, wherein the lignin contains less than 10 weight-% of carbohydrates; - at least 50 % of the molecules in the binder composition have a molecular weight of above 3000 Da and at least 5 % of the molecules in the binder composition have a molecular weight of below 1000 Da; and - the polydispersity index of the binder composition is 6 or higher. - the polymerizable substance comprises lignin and at least one compound selected from the class of phenols, wherein the lignin contains less than 10 weight-% of carbohydrates; - at least 50 % of the molecules in the binder composition have a molecular weight of above 3000 Da and at least 5 % of the molecules in the binder composition have a molecular weight of below 1000 Da; and - the polydispersity index of the binder composition is 6 or higher.
Actuation device comprising: - a support, - at least one flexible membrane attached to the support, cooperating with the support to form at least one containment with volume filled with at least one first liquid in the form of one or several drops (103, 203, 204, 303, 304, 305) and at least one second liquid with volume, the first liquid and the second liquid being immiscible, the device being capable of adopting several positions including at least one so-called "rest" position in which said one or several drops have given corresponding shapes and the membrane has a given profile, the device further comprising electrical means for controlling by electro-wetting the shape of at or several drops, the electrical means comprising one or several electrodes (112, 214, 215, 312, 313, 314), the device being configured such that the modification of the shape of said one or several drops by the electrical means causes the contacting of said one or several drops with the membrane so as to exert a pressure on the membrane, this pression causing a modification of the membrane profile. - a support, - at least one flexible membrane attached to the support, cooperating with the support to form at least one containment with volume filled with at least one first liquid in the form of one or several drops (103, 203, 204, 303, 304, 305) and at least one second liquid with volume, the first liquid and the second liquid being immiscible, the device being capable of adopting several positions including at least one so-called "rest" position in which said one or several drops have given corresponding shapes and the membrane has a given profile, the device further comprising electrical means for controlling by electro-wetting the shape of at or several drops, the electrical means comprising one or several electrodes (112, 214, 215, 312, 313, 314), the device being configured such that the modification of the shape of said one or several drops by the electrical means causes the contacting of said one or several drops with the membrane so as to exert a pressure on the membrane, this pression causing a modification of the membrane profile.
Drywall construction combination profiled section for walls and ceilings of a house serving for static load dissipation of the house, wherein the loading of the house is to be taken up by storey-high, aligned wall studs or beams, which are arranged in a grid, are composed of combination profiled sections, are within a system plane and are cladded in each case on both sides by building panels on outer drywall construction contact surfaces, said building panels to be fastened directly thereto by means of separate connecting means, wherein the combination profiled section consists of a cold-formed steel sheet profiled section with splayed flanges and with at least one web in-between, wherein each flange has at least one flat drywall construction contact surface and the latter runs longitudinally with respect to the profiled section, wherein, on at least one flange side of the combination profiled section, the drywall construction contact surface consists of two functional sections, specifically a) of a static section with a sheet metal thickness of at least 1.0 mm, and b) of a thin-walled cladding section with a sheet metal thickness of approx. 0.6 to 0.75 mm, wherein the thicker walled static section is present on both flange sides, and all of the sections of the combination profiled section consist of the same sheet metal band semifinished product, characterized in that the two functional sections are manufactured from a sheet metal band semifinished product which has two different material thicknesses. a) of a static section with a sheet metal thickness of at least 1.0 mm, and b) of a thin-walled cladding section with a sheet metal thickness of approx. 0.6 to 0.75 mm,
A self-interlocking anti-panic lock having a magnet rocker, in which a magnet is supported, wherein the self-interlocking anti-panic lock has a panic function as well as, opposite the panic function, a connection side, the function thereof being guaranteed by the magnet rocker, wherein the magnet is displaceably supported in a channel disposed in the magnet rocker, so that, after installation and delivery of the lock, the direction of the connection function may be converted with a simple tool by the customer.
A method of wireless communication for a first device, comprising: performing a first key agreement procedure to determine a first shared secret for communicating with a second device, the first shared secret being associated with a first bonding identifier, BI, of the first device and a second BI of the second device; maintaining a first correlation between the first shared secret and the second BI; and performing a key agreement recovery procedure when the first device determines based on an unexpected status of a protocol data unit, PDU, that the second device does not maintain a second correlation between the first shared secret and the first BI, wherein the key agreement recovery procedure comprises aborting a subsequent key agreement procedure using the maintained first correlation and performing a different type of key agreement procedure than the subsequent key agreement procedure. performing a first key agreement procedure to determine a first shared secret for communicating with a second device, the first shared secret being associated with a first bonding identifier, BI, of the first device and a second BI of the second device; maintaining a first correlation between the first shared secret and the second BI; and performing a key agreement recovery procedure when the first device determines based on an unexpected status of a protocol data unit, PDU, that the second device does not maintain a second correlation between the first shared secret and the first BI, wherein the key agreement recovery procedure comprises aborting a subsequent key agreement procedure using the maintained first correlation and performing a different type of key agreement procedure than the subsequent key agreement procedure.
Device for a wheeled vehicle which comprises an axle lift to allow optional hoisting of pairs of wheels provided with shock absorbers and the appurtenant axle between hoisted position, in which said pairs of wheels are supported in a lifted position freely at a distance from a ground, and a lowered position, in which said pairs of wheels rest against the ground on which the vehicle is intended to be driven, characterized in that the axle lift is arranged to be driven by a gas accumulator which, via hydraulics, is interconnected with the shock absorbers of said pairs of wheels in a closed system, a suspension device for said pairs of wheels being arranged interconnected with said pairs of wheels and the frame of the vehicle, and being in the form of a fluid suspension which is fillable with fluid and which said suspension device is arranged to reset and recharge the function of the axle lift in inactivated position and that the suspension 10 is deactivated by the pressure therein being released and the shock absorber is compressed because of inflowing hydraulic oil in the spaces therein, and thereby the wheel axle and wheels connected therewith are lifted in the lifting direction so that the wheels are hoisted to a certain distance from the ground.
A fuel cell system, comprising: power generation stack composed by stacking a plurality of fuel cells; and a hydrocarbon-oxidizing device disposed on an upstream side of the power generation stack in a fuel supply passage, the hydrocarbon-oxidizing device directly and electrochemically oxidizing hydrocarbons with a carbon number of 2 or more, which are contained in fuel gas, or decomposing the hydrocarbons and electrochemically oxidizing carbon obtained by decomposing the hydrocarbons, characterized by a gas concentration measurement instrument provided on an outlet side of the hydrocarbon-oxidizing device, the gas concentration measurement instrument measuring a concentration of the hydrocarbons with the carbon number of 2 or more, which are contained in the fuel gas supplied to the power generation stack. power generation stack composed by stacking a plurality of fuel cells; and a hydrocarbon-oxidizing device disposed on an upstream side of the power generation stack in a fuel supply passage, the hydrocarbon-oxidizing device directly and electrochemically oxidizing hydrocarbons with a carbon number of 2 or more, which are contained in fuel gas, or decomposing the hydrocarbons and electrochemically oxidizing carbon obtained by decomposing the hydrocarbons,