mhurhangee/ep-ind-claims huggingface dataset:
A transmitting device for a wireless communication system, the transmitting device being configured to: transmit one or more synchronization signals on a carrier to at least one receiving device, wherein a frequency of a synchronization signal among the one or more synchronization signals is located on a first frequency raster and a carrier frequency of the carrier is deployed on a second frequency raster, and wherein frequencies of two different synchronization signals among the one or more synchronization signals are located on different frequency positions in the first raster; and transmit an indication of the carrier frequency to the at least one receiving device, wherein the indication of the carrier frequency comprises at least one integer number, and wherein the at least one integer number is a first index indicating an offset indicative of a first frequency location relative to a location of the frequency of the synchronization signal and a second index indicating a second frequency location indicative of a location of the carrier frequency relative to the first frequency location. transmit one or more synchronization signals on a carrier to at least one receiving device, wherein a frequency of a synchronization signal among the one or more synchronization signals is located on a first frequency raster and a carrier frequency of the carrier is deployed on a second frequency raster, and wherein frequencies of two different synchronization signals among the one or more synchronization signals are located on different frequency positions in the first raster; and transmit an indication of the carrier frequency to the at least one receiving device, wherein the indication of the carrier frequency comprises at least one integer number, and wherein the at least one integer number is a first index indicating an offset indicative of a first frequency location relative to a location of the frequency of the synchronization signal and a second index indicating a second frequency location indicative of a location of the carrier frequency relative to the first frequency location.
OSB board with at least two board edges (2, 3) lying opposite one another, in particular two opposite longitudinal edges, wherein the upper side of the OSB board is provided with at least one layer of a cardboard paper; wherein the board edges (2, 3) respectively on the upper side of the board have a rounding (2c, 3c) with a radius of between 3 and 10 mm, wherein each of the two opposite board edges (2, 3) has an offset in form of a simple rebate (2a, 3a), the rebate (2a, 3a) in the one board edge (2, 3) complementing the rebate in the opposite board edge (2, 3), and wherein at least one glue tube in each case is provided in at least one of the opposite offsets of the rebates, in particular in at least one groove. wherein the upper side of the OSB board is provided with at least one layer of a cardboard paper; wherein the board edges (2, 3) respectively on the upper side of the board have a rounding (2c, 3c) with a radius of between 3 and 10 mm, wherein each of the two opposite board edges (2, 3) has an offset in form of a simple rebate (2a, 3a), the rebate (2a, 3a) in the one board edge (2, 3) complementing the rebate in the opposite board edge (2, 3), and wherein at least one glue tube in each case is provided in at least one of the opposite offsets of the rebates, in particular in at least one groove.
An apparatus for agitation comprising: a base; a first movable mass, said first movable mass being movable in a first linear direction and in an opposite linear direction; a second movable mass, said second movable mass being movable in the same directions as said first movable mass and being movably connected to said first movable mass by a first resilient means and being movably connected to said base by a second resilient means; a linear electromagnetic force transducer rigidly connected to the first movable mass and operative to produce a first vertical force on the first movable mass in the first linear direction and a second vertical force on the first movable mass in the opposite linear direction; and a third movable mass, said third movable mass being movable in the same directions as said first movable mass and being movably connected to said second movable mass by a third resilient means, wherein the third movable mass is not directly connected to the first moveable mass. a base; a first movable mass, said first movable mass being movable in a first linear direction and in an opposite linear direction; a second movable mass, said second movable mass being movable in the same directions as said first movable mass and being movably connected to said first movable mass by a first resilient means and being movably connected to said base by a second resilient means; a linear electromagnetic force transducer rigidly connected to the first movable mass and operative to produce a first vertical force on the first movable mass in the first linear direction and a second vertical force on the first movable mass in the opposite linear direction; and a third movable mass, said third movable mass being movable in the same directions as said first movable mass and being movably connected to said second movable mass by a third resilient means, wherein the third movable mass is not directly connected to the first moveable mass.
A culture medium comprising a STAT3 activator, a p38 inhibitor selected from the group consisting of SB203580, SB 202190, LY 2228820, BIRB796 and PD169316, a GSK3b inhibitor selected from the group consisting of CHIR99021, BIO and Kenpaullone, an ERK1/2 inhibitor selected from the group consisting of PD0325901, PD98059 and PD184352, an Axin stabilizer and a PKC inhibitor, wherein said PKC inhibitor is Go6983, wherein the culture medium is devoid of serum, wherein said STAT3 activator is selected from the group consisting of leukemia inhibitory factor, interleukin 6 and epidermal growth factor, and wherein said Axin stabilizer is a small molecule selected from the group consisting of IWR-1 and XAV939.
A method of application usage in an emergency event, the method comprising: an interoperability gateway performing: receiving an indication of an emergency event by a first device of a user, wherein the first device operates in a first network; responsive to receiving the indication of the emergency event, determining a second device of the user operating in a second network and performing one or more of: modifying an application usage authorization to allow the second device to use an emergency application; and initiating an emergency application on the second device. an interoperability gateway performing: receiving an indication of an emergency event by a first device of a user, wherein the first device operates in a first network; responsive to receiving the indication of the emergency event, determining a second device of the user operating in a second network and performing one or more of: modifying an application usage authorization to allow the second device to use an emergency application; and initiating an emergency application on the second device. receiving an indication of an emergency event by a first device of a user, wherein the first device operates in a first network; responsive to receiving the indication of the emergency event, determining a second device of the user operating in a second network and performing one or more of: modifying an application usage authorization to allow the second device to use an emergency application; and initiating an emergency application on the second device. modifying an application usage authorization to allow the second device to use an emergency application; and initiating an emergency application on the second device.
A method of producing a polysaccharide derivative comprising a polysaccharide having a carboxyl group bound to an organic compound having a functional group capable of condensing with the carboxyl group, which comprises allowing the polysaccharide to react with the organic compound by the use of 4-(4,6-dimethoxy-1,3,5-triazin-2-yl)-4-methylmorpholinium chloride, wherein the polysaccharide having a carboxyl group is a hyaluronic acid having a weight average molecular weight of 100,000 to 5,000,000 wherein the degree of substitution of the organic compound is in the range 5 to 20% as determined through calculation based on the quantity of hyaluronic acid determined by the carbazole-sulfuric acid reaction and the quantity of the organic compound as determined by spectrophotometry, and wherein the organic compound is a compound obtained by covalently linking a photoreactive compound or a non-steroidal anti-inflammatory drug (NSAID) to a spacer substance, wherein the spacer substance has the following formula: H 2 N - (CH 2) n - OH wherein n represents an integer of 2 to 18.
A submersible sensor unit comprising: a housing having at least one sensing opening; a sensor disposed inside the housing such that a sensing face thereof faces the sensing opening of the housing; and an aquatic organism adherence preventive film attached to the housing or the sensing face such that it closes up the sensing opening of the housing, wherein the aquatic organism adherence preventive film has transmissibility with respect to at least one of light and a sonic wave; wherein the aquatic organism adherence preventive film is a laminate comprising: a substrate layer, a pressure-sensitive adhesive layer bonded to one surface of the substrate layer, and an antifouling layer bonded to the substrate layer on a side opposite to the pressure-sensitive adhesive layer; and wherein the antifouling layer has a water contact angle of 80 degrees or less, as measured after 5 minutes have elapsed since operation of causing the antifouling layer to be in contact with methanol for 20 minutes, and then dropping water on the antifouling layer. a housing having at least one sensing opening; a sensor disposed inside the housing such that a sensing face thereof faces the sensing opening of the housing; and an aquatic organism adherence preventive film attached to the housing or the sensing face such that it closes up the sensing opening of the housing, wherein the aquatic organism adherence preventive film has transmissibility with respect to at least one of light and a sonic wave; wherein the aquatic organism adherence preventive film is a laminate comprising: a substrate layer, a pressure-sensitive adhesive layer bonded to one surface of the substrate layer, and an antifouling layer bonded to the substrate layer on a side opposite to the pressure-sensitive adhesive layer; and wherein the antifouling layer has a water contact angle of 80 degrees or less, as measured after 5 minutes have elapsed since operation of causing the antifouling layer to be in contact with methanol for 20 minutes, and then dropping water on the antifouling layer.
A living body measuring apparatus including: means for irradiating light to a subject; means for detecting light from the subject; means for acquiring information with regard to tissue condition on the subject based on a detecting signal of the light; and position determining means configured to determine an acceptability of a position of irradiating the light, characterized in that the position determining means are configured to determine that the position is acceptable when during a preparatory measuring period, the intensity level of the detecting signal of the light is within a set range and when a width of variation of the detecting signal of the light is lower than a threshold, wherein during the preparatory measuring period, irradiation of light for the preparatory measurement and detection of reflected light are repeated. means for irradiating light to a subject; means for detecting light from the subject; means for acquiring information with regard to tissue condition on the subject based on a detecting signal of the light; and position determining means configured to determine an acceptability of a position of irradiating the light, characterized in that the position determining means are configured to determine that the position is acceptable when during a preparatory measuring period, the intensity level of the detecting signal of the light is within a set range and when a width of variation of the detecting signal of the light is lower than a threshold, wherein during the preparatory measuring period, irradiation of light for the preparatory measurement and detection of reflected light are repeated.
A measurement light source comprising a solid block, in which an illumination space, a light shaping space, and a light exit space are each formed as a cavity in the block and have a diffusely reflective inner surface; wherein the illumination space is designed for light propagation in a first light propagation direction; wherein the first light propagation direction lies in a central axis of the illumination space; wherein the light exit space is designed for light propagation in a second light propagation direction; wherein the second light propagation direction lies in a central axis of the light exits space; wherein the illumination space opens into the light shaping space; wherein the light shaping space opens into the light exit space; wherein at least one light source for generating light is at least partially arranged in the illumination space; wherein the light exit space has a light exit; characterized in that the central axis of the illumination space and the central axis of the light exit space are arranged at a distance from one another; and wherein the light shaping space is designed for a reversal of a light propagation direction, by what the light entering the light shaping space from the illumination space undergoes a reversal of its light propagation direction as it propagates through the light shaping space, with the result that it enters the light exit space from the light shaping space with a reversed light propagation direction; wherein the first light propagation direction and the second light propagation direction are aligned opposite one another; and wherein the first light propagation direction and the second light propagation direction have an angle to one another that is 180°±30°.
A method for providing a plurality of cache lines to a fetch module, comprising: collecting instructions from a plurality of cache lines, wherein the plurality of cache lines comprises a start cache line of an instruction sequence, a subsequent cache line following the start cache line, and a far target cache line; upon predicting that execution flow of an execution sequence will proceed from the start cache line to the subsequent cache line, ignoring the far target cache line for execution flow to encompass the subsequent cache line; and upon predicting that execution flow of the execution sequence will proceed from the start cache line to the far target cache line, ignoring the subsequent cache line for execution flow to encompass the far target cache line, characterized in that portions of cache lines are concatenated together and stored in a caching structure, wherein the portions of cache lines are concatenated together at branch boundaries to form new cache lines. collecting instructions from a plurality of cache lines, wherein the plurality of cache lines comprises a start cache line of an instruction sequence, a subsequent cache line following the start cache line, and a far target cache line; upon predicting that execution flow of an execution sequence will proceed from the start cache line to the subsequent cache line, ignoring the far target cache line for execution flow to encompass the subsequent cache line; and upon predicting that execution flow of the execution sequence will proceed from the start cache line to the far target cache line, ignoring the subsequent cache line for execution flow to encompass the far target cache line, characterized in that portions of cache lines are concatenated together and stored in a caching structure, wherein the portions of cache lines are concatenated together at branch boundaries to form new cache lines.
A method of operating a wireless communications device supporting peer to peer communications, the method comprising: receiving a first signal from a base station; performing a power measurement on the received first signal; and controlling peer to peer transmission power level for at least some peer to peer signal transmissions as a function of the result of the measurement of said first received signal; and further comprising: receiving a second signal from said base station at a time which is different from the time at which said first signal is received; performing a power measurement on the second received signal; and determining from the measured power of the second received signal that said wireless communications device should refrain from transmitting peer to peer communications signals. receiving a first signal from a base station; performing a power measurement on the received first signal; and controlling peer to peer transmission power level for at least some peer to peer signal transmissions as a function of the result of the measurement of said first received signal; and receiving a second signal from said base station at a time which is different from the time at which said first signal is received; performing a power measurement on the second received signal; and determining from the measured power of the second received signal that said wireless communications device should refrain from transmitting peer to peer communications signals.
A flight propulsion system for an aircraft, the flight propulsion system comprising a first set and a second set, the first set being applicable to a left side of the aircraft and the second set being applicable to a right side of the aircraft, each set comprising a top wing arranged horizontally within an angle; a bottom wing arranged horizontally within another angle, placed bellow the top wing creating an air inlet and an air outlet; a front cyclorotor, with a predetermined radius; a rear cyclorotor, with a predetermined radius; and a yawing control mechanism applied on the rear cyclorotor promoting the creation of a yaw angle to the left-side and a yaw angle to the right-side with regard to a trajectory of the aircraft; wherein the front cyclorotor is placed in front of both top wing and bottom wing, aligned with the air inlet; the rear cyclorotor is placed behind of both top wing and bottom wing, aligned with the air outlet; the bottom wing is placed in an advanced position with regard to the top wing and lying partially bellow the front cyclorotor; and the top wing is placed in a retracted position with regard to the bottom wing and lying partially over the rear cyclorotor. a top wing arranged horizontally within an angle; a bottom wing arranged horizontally within another angle, placed bellow the top wing creating an air inlet and an air outlet; a front cyclorotor, with a predetermined radius; a rear cyclorotor, with a predetermined radius; and a yawing control mechanism applied on the rear cyclorotor promoting the creation of a yaw angle to the left-side and a yaw angle to the right-side with regard to a trajectory of the aircraft; wherein the front cyclorotor is placed in front of both top wing and bottom wing, aligned with the air inlet; the rear cyclorotor is placed behind of both top wing and bottom wing, aligned with the air outlet; the bottom wing is placed in an advanced position with regard to the top wing and lying partially bellow the front cyclorotor; and the top wing is placed in a retracted position with regard to the bottom wing and lying partially over the rear cyclorotor.
A motor sub-assembly for an electromechanical brake actuator of an aircraft wheel, the motor sub-assembly comprising a casing, a shaft mounted in the casing to rotate about a longitudinal axis (Oy) of the shaft, and an electric motor mounted in the casing and connected to a first end (15.1) of the shaft in order to drive it in rotation, the shaft having a second end (15.2) arranged to be functionally connected to a movable element of a screw-and-nut assembly (4, 7) in order to exert a force on a stack of disks for braking the wheel, the shaft having a first set of teeth and the motor sub-assembly having a shuttle mounted to slide relative to the casing and provided with a second set of teeth for co-operating with the first set of teeth, and the motor sub-assembly including a selector mechanism (34, 38, 39, 40, 41, 44) for moving the shuttle selectively between a first position in which the first set of teeth is engaged with the second set of teeth and a second position in which the first set of teeth is disengaged from the second set of teeth, characterized in that the motor sub-assembly includes a holder device for holding the shuttle in its first position and a locking device (35, 36) for continuously preventing the shuttle from rotating relative to the casing.
A method for conveying one or more predictive indicators (12,14) of an imaging control parameter comprising: obtaining an initial image acquisition via an imaging system based at least in part on an initial configuration of the imaging system; collecting data regarding the imaging control parameter during the initial image acquisition; generating the one or more predictive indicators (12,14) based at least in part on the collected data; and displaying a limit indicator (66, 68) of the imaging control parameter, wherein each of the one or more predictive indicators (12,14) corresponds to a calculated value of the imaging control parameter associated with a potential configuration of the imaging system different from the initial configuration. obtaining an initial image acquisition via an imaging system based at least in part on an initial configuration of the imaging system; collecting data regarding the imaging control parameter during the initial image acquisition; generating the one or more predictive indicators (12,14) based at least in part on the collected data; and displaying a limit indicator (66, 68) of the imaging control parameter, wherein each of the one or more predictive indicators (12,14) corresponds to a calculated value of the imaging control parameter associated with a potential configuration of the imaging system different from the initial configuration.
An apparatus comprising: a roller configured to skim a layer of material deposited by an additive manufacturing system; a blade configured to scrape material accumulated on the roller; and characterized by: a bath configured to collect material scraped by the blade; and an auger configured to transport material collected in the bath to a portion of the bath that extends beyond a length of the roller, wherein a width of the blade extends from the roller to the auger. a roller configured to skim a layer of material deposited by an additive manufacturing system; a blade configured to scrape material accumulated on the roller; and characterized by: a bath configured to collect material scraped by the blade; and an auger configured to transport material collected in the bath to a portion of the bath that extends beyond a length of the roller, wherein a width of the blade extends from the roller to the auger. a bath configured to collect material scraped by the blade; and an auger configured to transport material collected in the bath to a portion of the bath that extends beyond a length of the roller, wherein a width of the blade extends from the roller to the auger.