mhurhangee/ep-ind-claims huggingface dataset:
Light phased array antenna, comprising: a light distributing unit configured to receive light from a laser generator and distribute the received light to a plurality of antenna element waveguides; a phase modulating unit configured to modulate a phase of light propagated through the antenna element waveguides by applying an electric field to the plurality of antenna element waveguides; and a light output unit configured to output light modulated in the phase modulating unit, wherein the light distributing unit, the phase modulating unit, and the light output unit include a base part and an optical waveguide provided on the base part and including the plurality of antenna element waveguides, wherein the light output unit is formed by changing a width of the antenna element waveguide, characterized in that the light output unit is formed by providing a plurality of lateral protrusions at both sides of the antenna element waveguide. a light distributing unit configured to receive light from a laser generator and distribute the received light to a plurality of antenna element waveguides; a phase modulating unit configured to modulate a phase of light propagated through the antenna element waveguides by applying an electric field to the plurality of antenna element waveguides; and a light output unit configured to output light modulated in the phase modulating unit, wherein the light distributing unit, the phase modulating unit, and the light output unit include a base part and an optical waveguide provided on the base part and including the plurality of antenna element waveguides, wherein the light output unit is formed by changing a width of the antenna element waveguide, characterized in that the light output unit is formed by providing a plurality of lateral protrusions at both sides of the antenna element waveguide.
An anti-torque assembly for a helicopter having a tail boom and one or more pivots on the tail boom, the anti-torque assembly comprising: a plurality of electrically-driven, variable-speed motors (112a-g) configured to be mounted on the one or more pivots on the tail boom of the helicopter, wherein each electrically driven, variable-speed motor (112a-g) drives a fixed blade pitch fan and the plurality of electrically-driven, variable-speed motors (112a-g) on the one or more pivots are adapted to be oriented substantially in-plane with the tail boom of the helicopter during a first mode of operation that comprises a hover mode and wherein the electrically-driven, variable-speed motors (112a-g) are adapted to be oriented substantially off-plane from the tail boom of the helicopter during a second mode of helicopter operation that is different from the first mode.
A method of controlling a measurement of signal strengths of cells in a forbidden registration area in a mobile communication system, the method comprising: when an user equipment recognizes that a cell on a first frequency is in a forbidden registration area in response to receiving a message indicating that a registration of a location area from the user equipment is rejected by a network node, first measuring the signal strengths of the cells using a second frequency different from the first frequency for a predetermined time period that is set to a predetermined value and starts when the user equipment recognizes that the cell on the first frequency is in the forbidden registration area, wherein the cell recognized as being in a forbidden registration area and other cells on the first frequency are not considered as candidates for cell reselection during the first measuring; and when no suitable cell for a normal service is found in the second frequency or the predetermined time period has expired, second measuring the signal strengths of the cells using at least two frequencies including the first frequency and the second frequency, wherein the cells on the at least two frequencies are considered as candidates for cell reselection during the second measuring. when an user equipment recognizes that a cell on a first frequency is in a forbidden registration area in response to receiving a message indicating that a registration of a location area from the user equipment is rejected by a network node, first measuring the signal strengths of the cells using a second frequency different from the first frequency for a predetermined time period that is set to a predetermined value and starts when the user equipment recognizes that the cell on the first frequency is in the forbidden registration area, wherein the cell recognized as being in a forbidden registration area and other cells on the first frequency are not considered as candidates for cell reselection during the first measuring; and when no suitable cell for a normal service is found in the second frequency or the predetermined time period has expired, second measuring the signal strengths of the cells using at least two frequencies including the first frequency and the second frequency, wherein the cells on the at least two frequencies are considered as candidates for cell reselection during the second measuring.
An electrochemically active Si-carbon composite particulate material, wherein silicon nanoparticles are entrapped in a carbon matrix material based on at least micronic graphite particles, reduced graphene platelets and amorphous carbon, characterized in that said micronic graphite particles and reduced graphene platelets are in a weight ratio graphite/graphene from 1 to 14; and the content in Si is equal or greater to 13% by weight related to its total weight.
A method for minimising the phenomenon of attitude hump relating to a rotorcraft equipped with an airframe, which extends longitudinally from a front end to a rear end, and an upper stabilisation means for stabilising pitch and at least one lower stabilisation means for stabilising pitch, in which each lower stabilisation means is positioned in a wake of the said upper stabilisation means that is generated by an air flow passing through the said rotor unit and impacting on a top side of an upper stabilisation means, the said upper stabilisation means comprising an upper stabilisation surface (11, 12) that is equipped with an upper leading edge and an upper trailing edge and extends transversely from a fixed end that is fastened to an airframe to a free end, the said lower stabilisation means comprising a lower stabilisation surface (21, 22) that is equipped with a lower leading edge and a lower trailing edge and extends transversely from a fixed end that is fastened to an airframe to a free end, the lower trailing edge is offset longitudinally in relation to the upper trailing edge in the direction of the rear end by a longitudinal distance that is equal to the product of a maximum chord length of the upper stabilisation means and a multiplication coefficient, characterised in that the said multiplication coefficient is between 0 and 3, the multiplication coefficient being not less than 1.
An aircraft engine anti-icing barrier assembly comprising: a slip joint subassembly having a forward end and an aft end, the forward end configured for fixed attachment at a forward bulkhead of an engine of an aircraft, and the aft end having a sliding joint; a barrier subassembly attached through an aft bulkhead, the barrier subassembly comprising two mount pads configured for joined sealed attachment around the aft end of the slip joint subassembly to form a barrier to an engine inlet compartment of the engine; and a vapor barrier subassembly attached to the aft bulkhead and adjacent the barrier subassembly, the vapor barrier subassembly comprising a boot element and a boot element retainer configured to form a vapor barrier to the slip joint subassembly. a slip joint subassembly having a forward end and an aft end, the forward end configured for fixed attachment at a forward bulkhead of an engine of an aircraft, and the aft end having a sliding joint; a barrier subassembly attached through an aft bulkhead, the barrier subassembly comprising two mount pads configured for joined sealed attachment around the aft end of the slip joint subassembly to form a barrier to an engine inlet compartment of the engine; and a vapor barrier subassembly attached to the aft bulkhead and adjacent the barrier subassembly, the vapor barrier subassembly comprising a boot element and a boot element retainer configured to form a vapor barrier to the slip joint subassembly.
An apparatus for generation of a quaternary pseudo random binary sequence, QPRBS, comprising: a pseudo random binary sequence, PRBS, generator configured to receive a seed of a PRBS to be generated, wherein the PRBS is inverted every other cycle of a complete sequence of the PRBS; a mask generator having a first counter configured to receive an initial count value for an initial sequence of the PRBS and generate a feedforward count value based on the initial count value, wherein the mask generator is configured to generate a mask output corresponding to the PRBS based on the feedforward count value, wherein the mask output indicates where an inversion occurs in the QPRBS; the PRBS generator and the mask generator both being configured for sequential operation with respect to one another; and a masking circuit configured to receive the mask output and the PRBS to bitwise mask the PRBS with the mask output to generate the QPRBS. a pseudo random binary sequence, PRBS, generator configured to receive a seed of a PRBS to be generated, wherein the PRBS is inverted every other cycle of a complete sequence of the PRBS; a mask generator having a first counter configured to receive an initial count value for an initial sequence of the PRBS and generate a feedforward count value based on the initial count value, wherein the mask generator is configured to generate a mask output corresponding to the PRBS based on the feedforward count value, wherein the mask output indicates where an inversion occurs in the QPRBS; the PRBS generator and the mask generator both being configured for sequential operation with respect to one another; and a masking circuit configured to receive the mask output and the PRBS to bitwise mask the PRBS with the mask output to generate the QPRBS.
A side plate seal assembly for a gas turbine engine, comprising: a multiple of non-metallic side plate seal segments that are arranged about an axis of the gas turbine engine to form a full hoop seal, characterised in that each of the multiple of side plate seal segments comprise a retention surface and a knife edge seal surface that extends at an angle therefrom. a multiple of non-metallic side plate seal segments that are arranged about an axis of the gas turbine engine to form a full hoop seal, characterised in that each of the multiple of side plate seal segments comprise a retention surface and a knife edge seal surface that extends at an angle therefrom.
A method for provisioning a plurality of electronic devices with a respective provisioning data set (150, 150'), wherein each electronic device comprises a hardware security enclave providing a secret device master key, wherein the method comprises in a test provisioning stage: generating at least one test application key (305a-n) in plaintext and encrypting the at least one test application key (305a-n) using a first wrapping key for generating at least one encrypted test application key (305a'-n'); encrypting the first wrapping key using the secret device master key for generating an encrypted first wrapping key; provisioning at least one of the plurality of electronic devices with a respective first provisioning data set, wherein the respective first provisioning data set comprises the at least one test application key (305a-n) in plaintext, the at least one encrypted test application key (305a'-n') and the encrypted first wrapping key; and testing a security function of the electronic device on the basis of at least a portion of the first provisioning data set, such as the plaintext test application key (305a-n) and the encrypted test application key (305a'-n'), for debugging the first provisioning data set in order to test and develop the provisioning of the electronic devices with a respective second provisioning data set. generating at least one test application key (305a-n) in plaintext and encrypting the at least one test application key (305a-n) using a first wrapping key for generating at least one encrypted test application key (305a'-n'); encrypting the first wrapping key using the secret device master key for generating an encrypted first wrapping key; provisioning at least one of the plurality of electronic devices with a respective first provisioning data set, wherein the respective first provisioning data set comprises the at least one test application key (305a-n) in plaintext, the at least one encrypted test application key (305a'-n') and the encrypted first wrapping key; and testing a security function of the electronic device on the basis of at least a portion of the first provisioning data set, such as the plaintext test application key (305a-n) and the encrypted test application key (305a'-n'), for debugging the first provisioning data set in order to test and develop the provisioning of the electronic devices with a respective second provisioning data set.
A method of diagnosing Alzheimer's Disease based on a diagnostic cell aggregation method performed on fibroblast skin cells of a human subject, wherein the cell aggregation method comprises: (a) culturing one or more fibroblast skin cells from the human subject; (b) determining the average area of fibroblast skin cell aggregates and dividing the average area by the number of aggregates to obtain the average area per average number of aggregates; (c) comparing the determination of step (b) with the average area per average number of aggregates determined using non-Alzheimer's Disease fibroblast skin cells; (d) diagnosing the presence or absence of Alzheimer's Disease based on the comparison in step (c), wherein Alzheimer's Disease is diagnosed, if the fibroblast skin cells show statistically significantly bigger isolated aggregates and/or area per number of aggregates is bigger than 1000 μm 2. (a) culturing one or more fibroblast skin cells from the human subject; (b) determining the average area of fibroblast skin cell aggregates and dividing the average area by the number of aggregates to obtain the average area per average number of aggregates; (c) comparing the determination of step (b) with the average area per average number of aggregates determined using non-Alzheimer's Disease fibroblast skin cells; (d) diagnosing the presence or absence of Alzheimer's Disease based on the comparison in step (c), wherein Alzheimer's Disease is diagnosed, if the fibroblast skin cells show statistically significantly bigger isolated aggregates and/or area per number of aggregates is bigger than 1000 μm 2.
: A chop saw comprising: a base assembly; a saw assembly pivotally attached to the base assembly, the saw assembly having a blade having a blade plane and a motor driving the blade; and a trunnion connecting the base assembly and the saw assembly allowing a user to rotate the saw assembly from a first position where the blade plane extends through a workpiece-supporting plane to a second position where the blade plane does not extend through said workpiece-supporting plane, the trunnion comprising a trunnion body connected to the base assembly, and a top trunnion pivotally connected to the trunnion body; characterised by a switch disposed in the trunnion, the switch allowing current to activate the motor when the trunnion body in proximity with the top trunnion. a base assembly; a saw assembly pivotally attached to the base assembly, the saw assembly having a blade having a blade plane and a motor driving the blade; and a trunnion connecting the base assembly and the saw assembly allowing a user to rotate the saw assembly from a first position where the blade plane extends through a workpiece-supporting plane to a second position where the blade plane does not extend through said workpiece-supporting plane, the trunnion comprising a trunnion body connected to the base assembly, and a top trunnion pivotally connected to the trunnion body; characterised by a switch disposed in the trunnion, the switch allowing current to activate the motor when the trunnion body in proximity with the top trunnion.
A method of providing a population of hair cells, the method comprising: culturing stem cells with neurogenic potential under conditions sufficient to induce the differentiation of at least some of the stem cells into inner ear progenitor cells; contacting the inner ear progenitor cells with a gamma-secretase inhibitor, in an amount and for a time sufficient to induce at least some of the inner ear progenitor cells to differentiate into hair cells, thereby providing a population of hair cells, wherein the stem cells are not human embryonic stem cells. culturing stem cells with neurogenic potential under conditions sufficient to induce the differentiation of at least some of the stem cells into inner ear progenitor cells; contacting the inner ear progenitor cells with a gamma-secretase inhibitor, in an amount and for a time sufficient to induce at least some of the inner ear progenitor cells to differentiate into hair cells, thereby providing a population of hair cells, wherein the stem cells are not human embryonic stem cells.
An information indication method, applied to a terminal, and comprises: sending indication information to a network node, wherein the indication information is used to indicate that the terminal detects a fast recovery failure FRF, the FRF is a failure of a fast recovery that is of a first link and that is initiated through a second link after a first link failure, the first link is a link between the terminal and a first node, and the second link is a link between the terminal and a second node, wherein the first link is a link between the terminal and a master cell group MCG of a master node, and the second link is a link between the terminal and a secondary cell group SCG of a secondary node; or the first link is a link between the terminal and an SCG of a secondary node, and the second link is a link between the terminal and an MCG of a master node. sending indication information to a network node, wherein the indication information is used to indicate that the terminal detects a fast recovery failure FRF, the FRF is a failure of a fast recovery that is of a first link and that is initiated through a second link after a first link failure, the first link is a link between the terminal and a first node, and the second link is a link between the terminal and a second node, wherein the first link is a link between the terminal and a master cell group MCG of a master node, and the second link is a link between the terminal and a secondary cell group SCG of a secondary node; or the first link is a link between the terminal and an SCG of a secondary node, and the second link is a link between the terminal and an MCG of a master node.
A method, comprising: detecting, by one or more pressure sensors (220A - 220D) of a touchpad, an input at an input surface of the touchpad; associating the detected input with an input area of the touchpad; detecting, by a multi-touch capacitive sensor of the touchpad, a contact in a contact area with a capacitive object at the input surface of the touchpad; setting the contact area in which the contact is detected as a cancellation area of the touchpad; transmitting, by a first haptic engine (240A - 240C) of the touchpad, a first haptic feedback signal in response to the detection of the input in the input area; and transmitting, by a second haptic engine (240A - 240C) of the touchpad, a second haptic feedback signal to cancel an effect of the first haptic feedback signal in the cancellation area in response to the detection of the contact in the contact area, the second haptic feedback signal being an inverse of the first haptic feedback signal. detecting, by one or more pressure sensors (220A - 220D) of a touchpad, an input at an input surface of the touchpad; associating the detected input with an input area of the touchpad; detecting, by a multi-touch capacitive sensor of the touchpad, a contact in a contact area with a capacitive object at the input surface of the touchpad; setting the contact area in which the contact is detected as a cancellation area of the touchpad; transmitting, by a first haptic engine (240A - 240C) of the touchpad, a first haptic feedback signal in response to the detection of the input in the input area; and transmitting, by a second haptic engine (240A - 240C) of the touchpad, a second haptic feedback signal to cancel an effect of the first haptic feedback signal in the cancellation area in response to the detection of the contact in the contact area, the second haptic feedback signal being an inverse of the first haptic feedback signal.
A system for assessing a patient's suitability for receiving a vagus nerve stimulation therapy, comprising: a stimulation device; and a computer-readable storage medium having stored thereon instructions, which, when read by a computer, cause the computer to perform the following steps: receiving a criterion regarding the patient's suitability for receiving the vagus nerve stimulation therapy; controlling the stimulation device to provide stimulation to a vagus nerve of the patient; receiving, from a sensor, response data indicative of a physiological response of the patient to the stimulation of the vagus nerve; and determining the patient's suitability for receiving the vagus nerve stimulation therapy based on the criterion and the physiological response of the patient to the stimulation. a stimulation device; and a computer-readable storage medium having stored thereon instructions, which, when read by a computer, cause the computer to perform the following steps: receiving a criterion regarding the patient's suitability for receiving the vagus nerve stimulation therapy; controlling the stimulation device to provide stimulation to a vagus nerve of the patient; receiving, from a sensor, response data indicative of a physiological response of the patient to the stimulation of the vagus nerve; and determining the patient's suitability for receiving the vagus nerve stimulation therapy based on the criterion and the physiological response of the patient to the stimulation. receiving a criterion regarding the patient's suitability for receiving the vagus nerve stimulation therapy; controlling the stimulation device to provide stimulation to a vagus nerve of the patient; receiving, from a sensor, response data indicative of a physiological response of the patient to the stimulation of the vagus nerve; and determining the patient's suitability for receiving the vagus nerve stimulation therapy based on the criterion and the physiological response of the patient to the stimulation.