mhurhangee/ep-ind-claims huggingface dataset:
A data transmission method, comprising: receiving, by user equipment, UE, first synchronization source configuration information on a first carrier, wherein the first synchronization source configuration information is used for determining a first synchronization source; determining, by the UE, the first synchronization source based on the first synchronization source configuration information, wherein the first synchronization source is used for providing a synchronization clock required for transmitting data on a second carrier for the UE, and a frequency of the first carrier is different from a frequency of the second carrier; determining, by the UE, a second synchronization source and a transmission resource, the transmission resource is associated with the second synchronization source, determining, by the UE, that a synchronization with the first synchronization source fails when the signal strength of the second synchronization source is greater than a first preset threshold and signal strength of the first synchronization source is less than a second threshold and a priority of the second synchronization source is equal to or less than a priority of the first synchronization source; and transmitting, by the UE, the data on the transmission resource of the second carrier and based on the second synchronization source. receiving, by user equipment, UE, first synchronization source configuration information on a first carrier, wherein the first synchronization source configuration information is used for determining a first synchronization source; determining, by the UE, the first synchronization source based on the first synchronization source configuration information, wherein the first synchronization source is used for providing a synchronization clock required for transmitting data on a second carrier for the UE, and a frequency of the first carrier is different from a frequency of the second carrier; determining, by the UE, a second synchronization source and a transmission resource, the transmission resource is associated with the second synchronization source, determining, by the UE, that a synchronization with the first synchronization source fails when the signal strength of the second synchronization source is greater than a first preset threshold and signal strength of the first synchronization source is less than a second threshold and a priority of the second synchronization source is equal to or less than a priority of the first synchronization source; and transmitting, by the UE, the data on the transmission resource of the second carrier and based on the second synchronization source.
A method of simulating gimbal control, said method comprising: receiving a gimbal mode signal indicative of a selection from a plurality of gimbal modes; receiving gimbal control data from a remote control system and position data describing a simulated attitude of a vehicle generated from a vehicle control system on-board the vehicle; and generating, at the gimbal control system, simulated gimbal response data based on the gimbal control data, the position data describing the simulated attitude of the vehicle, and the gimbal mode signal, wherein the simulated gimbal response data causes a different set of axes to be stabilized with respect to an environment of the vehicle under each of the plurality of gimbal modes. receiving a gimbal mode signal indicative of a selection from a plurality of gimbal modes; receiving gimbal control data from a remote control system and position data describing a simulated attitude of a vehicle generated from a vehicle control system on-board the vehicle; and generating, at the gimbal control system, simulated gimbal response data based on the gimbal control data, the position data describing the simulated attitude of the vehicle, and the gimbal mode signal, wherein the simulated gimbal response data causes a different set of axes to be stabilized with respect to an environment of the vehicle under each of the plurality of gimbal modes.
A fused cast refractory product comprising, in percentages by weight on the basis of the oxides and for a total of 100%: - ZrO 2: balance to 100% - Hf 2 O: < 5% - SiO 2: 2% to 10% - 0.9 % < Y 2 O 3 + CeO 2 + CaO + MgO ≤ 4.0 % - CeO 2: < 0.3% - MgO: < 0.3% - B 2 O 3: ≤ 4.5% - B 2 O 3: ≥ 0.09 × (Y 2 O 3 + 1/3 (CeO 2 + CaO + MgO)) × SiO 2 - Al 2 O 3: 0.3% to 2.0% - Na 2 O + K 2 O: ≤ 0.5% - P 2 O 5: < 0.05% - Fe 2 O 3 + TiO 2: < 0.55% - other species: < 1.0%; providing the content of Y 2 O 3 is greater than or equal to 0.5% or the content of CeO 2 + CaO + MgO is greater than or equal to 2%.
An inking cartridge of a rotogravure printing unit, comprising - an ink pan configured to store ink and to be positioned in the printing unit below a gravure cylinder (11,12) of the rotogravure printing unit; - an inking roller, configured to be partially dipped in the ink of the ink pan, - the inking roller comprises a roof positioned above the inking roller and configured to prevent ink splashes from reaching a printing support when the printing unit is running, characterized in that - the inking roller comprises a shaft protruding from at least one side of the inking roller and comprising a gearing system, and in that - the inking cartridge further comprises a locking mechanism for holding the inking roller and the roof assembly in a well-defined position and orientation when the cartridge is in a configuration to be removed from the printing unit or to be inserted into the printing unit. - an ink pan configured to store ink and to be positioned in the printing unit below a gravure cylinder (11,12) of the rotogravure printing unit; - an inking roller, configured to be partially dipped in the ink of the ink pan, - the inking roller comprises a roof positioned above the inking roller and configured to prevent ink splashes from reaching a printing support when the printing unit is running, - the inking roller comprises a shaft protruding from at least one side of the inking roller and comprising a gearing system, and in that - the inking cartridge further comprises a locking mechanism for holding the inking roller and the roof assembly in a well-defined position and orientation when the cartridge is in a configuration to be removed from the printing unit or to be inserted into the printing unit.
A bone drill guide comprising: a) a shaft having a proximal end, a distal end, and a longitudinal shaft axis extending between the proximal and distal ends; b) an arcuate element attached to the distal end of said shaft, wherein said arcuate element is sized for seating on bone; c) a guide base attached to the proximal end of said shaft, wherein said guide base comprises at least two peripheral guide bores, wherein each of said peripheral guide bores is positioned about said shaft; d) an interior channel extending along the longitudinal shaft axis and through said guide base, said shaft and said arcuate element; and e) a handle comprising a handle shaft connected to said guide base and a handle grip. a) a shaft having a proximal end, a distal end, and a longitudinal shaft axis extending between the proximal and distal ends; b) an arcuate element attached to the distal end of said shaft, wherein said arcuate element is sized for seating on bone; c) a guide base attached to the proximal end of said shaft, wherein said guide base comprises at least two peripheral guide bores, wherein each of said peripheral guide bores is positioned about said shaft; d) an interior channel extending along the longitudinal shaft axis and through said guide base, said shaft and said arcuate element; and e) a handle comprising a handle shaft connected to said guide base and a handle grip.
A method of wireless communication performed by a user equipment, UE, in time-division duplex,TDD, communication with an eNodeB, comprising: receiving an initial uplink-downlink, UL-DL, configuration for TDD communication with the eNodeB; identifying one or more subframes within the initial UL-DL configuration as flexible subframes; receiving a pseudo-uplink grant, the pseudo-uplink grant comprising an indication that at least one of the one or more flexible subframes of a given frame is to be changed from an uplink subframe to a downlink subframe; and receiving downlink communications during one or more of the flexible subframes changed from an uplink subframe to a downlink subframe. receiving an initial uplink-downlink, UL-DL, configuration for TDD communication with the eNodeB; identifying one or more subframes within the initial UL-DL configuration as flexible subframes; receiving a pseudo-uplink grant, the pseudo-uplink grant comprising an indication that at least one of the one or more flexible subframes of a given frame is to be changed from an uplink subframe to a downlink subframe; and receiving downlink communications during one or more of the flexible subframes changed from an uplink subframe to a downlink subframe.
A method for planning a path of a vehicle, the method comprising: defining a reference row having a reference contour in a work area; establishing a representation of the defined reference row, the reference row comprising at least one of a generally curved component and a generally linear component; and generating one or more contour rows with a tracking contour that tracks or mirrors the reference contour based on a vehicular width; the contour rows generated by a translation technique for the generally linear component, characterized in that the tracking contour is based on a radius difference parameter associated with the curved component; that the contour rows are generated a radius modification technique for the curved component, and that the generating comprises applying a search algorithm to possible candidate values of the radius difference parameter, wherein the search space is limited such that the radius difference parameter is bounded by a candidate radius difference parameter generally equal to or less than the vehicular width. defining a reference row having a reference contour in a work area; establishing a representation of the defined reference row, the reference row comprising at least one of a generally curved component and a generally linear component; and generating one or more contour rows with a tracking contour that tracks or mirrors the reference contour based on a vehicular width; the contour rows generated by a translation technique for the generally linear component,
A method for compressing a data block, performed by a data transmitting terminal which is capable of carrying multiple services on a radio bearer, wherein each service corresponds to a compression buffer, the method comprises: determining a first compression buffer corresponding to a service to which a first data block to be transmitted belongs; compressing the first data block using a dictionary corresponding to the first compression buffer to obtain a compressed second data block; packaging the second data block into a protocol data unit, PDU, and adding a compression identifier for indicating the first compression buffer in a PDU header; and transmitting the PDU carrying the compression identifier to a data receiving terminal. determining a first compression buffer corresponding to a service to which a first data block to be transmitted belongs; compressing the first data block using a dictionary corresponding to the first compression buffer to obtain a compressed second data block; packaging the second data block into a protocol data unit, PDU, and adding a compression identifier for indicating the first compression buffer in a PDU header; and transmitting the PDU carrying the compression identifier to a data receiving terminal.
Lashing-strap mount on a load bed, preferably a commercial-vehicle load bed, having a lashing eye that is able to be passed through an opening or cutout in a profile, which is part of the load bed, and is formed from a lower ring portion, an upper ring portion and vertical ring portions (13B, 13C), and having a holder that consists of a mounting region and a counter-bearing region, wherein the mounting region is able to be releasably mounted on a wall of the profile, preferably by screwing, the mounting region is connected at its upper end to the counter-bearing region, the counter-bearing region has a downwardly open counter bearing (25, 25B, 25C) for the lower ring portion to bear against when the lashing eye is under tensile load, and the counter-bearing region has, in continuation of the counter bearing (25, 25B, 25C), in each case a passage (30B, 30C) for the vertical ring portion (13B, 13C), characterized in that each passage (30B, 30C) is bounded toward the outside of the vehicle by the wall of the profile and toward the inside of the vehicle by a material portion (33B, 33C) of the counter-bearing region, which is arranged in a manner offset parallel to the counter bearing (25, 25B, 25C).
A dispersant comprising the reaction product of an amine and at least one equivalent of glycidyl ether where the amine is selected from a group consisting of aminoethylpiperazine, bis(2-(piperazin-1-yl)ethyl)amine, 4,4'-methylenebiscyclohexylamine, m-xylenediamine, diethylenetriamine, and triethylenetetramine and where the glycidyl ether has the following structure: where R is a polyalkylene glycol, wherein an equivalent of glycidyl ether means there is one glycidyl ether molecule present for each hydrogen-nitrogen amine bond in the mixture of amine and glycidyl ether.
A cage for use in treating an injured anterior cruciate ligament, the cage comprising: an elongated spine having a proximal end and a distal end; and a plurality of ribs, each rib extending laterally from the elongated spine and terminating in first and second side surfaces that define a thickness of the rib; characterised in that a plurality of spikes extend from the first and/or second side surfaces of each rib. a plurality of spikes extend from the first and/or second side surfaces of each rib. an elongated spine having a proximal end and a distal end; and a plurality of ribs, each rib extending laterally from the elongated spine and terminating in first and second side surfaces that define a thickness of the rib; characterised in that a plurality of spikes extend from the first and/or second side surfaces of each rib. a plurality of spikes extend from the first and/or second side surfaces of each rib.
A threaded screw containing a shaft, which is provided with a suitable thread for screwing into a mating thread, and a screw head, which is designed for sitting upon a hole provided with a bevel, where the shaft comprises a conical section extending steeply between the screw head and the thread, and comprises a transitional section that extends more shallowly relative to the shaft, which afterwards extends cylindrically, and characterized in that the angle α of the steeply extending conical section with the screw axis lies within the range of 5° to (ß minus 2°), and ß is the angle of the bevel to the hole axis, and that the cone length of the steeply extending conical section measured along the cone is at least long enough for the cone surface to come into contact with the beveled surface, and that the material of the screw is harder than that of the contact surface.
A one-component epoxy resin-based composition comprising: (a) an epoxy resin; (b) a reactive diluent; (c) a cyanoacetamide derived from a cycloaliphatic-type diamine and a polyoxyalkylene amine; (d) a protected base in the form of an adduct or salt which can release a base upon heating at a temperature greater than about 50°C; and (e) a polyacid.
Electrical connection module (3, 3.1, 3.2, 3.3) intended to constitute a part of a terminal block and to be fixed onto a support rail of said terminal block, of longitudinal axis and comprising: - a body comprising at least one cavity adapted to house an electric cable termination, comprising a sleeve and a contact, preferably cylindrical, retained inside the sleeve, the contact being intended to be connected, preferably crimped, onto an electric cable, - at least one electrically conductive tube inside the body, adapted to link the electric cable termination to another electric conductor element (4, B), - at least one positioning pin protruding from the body, outwards from the module, intended to be inserted into an insertion groove of the support rail then fixed by translation in a fixing groove of the support rail for the fixing of the module, - the electrical connection module being characterized in that it comprises at least one locking plate, mounted to slide on the body between a locking position and an unlocking position, the locking plate comprising a locking relief intended to cooperate with a complementary locking relief of the support rail upon the translation of the positioning pin, so as to make the plate slide from its unlocking position to its locking position. - a body comprising at least one cavity adapted to house an electric cable termination, comprising a sleeve and a contact, preferably cylindrical, retained inside the sleeve, the contact being intended to be connected, preferably crimped, onto an electric cable, - at least one electrically conductive tube inside the body, adapted to link the electric cable termination to another electric conductor element (4, B), - at least one positioning pin protruding from the body, outwards from the module, intended to be inserted into an insertion groove of the support rail then fixed by translation in a fixing groove of the support rail for the fixing of the module, - the electrical connection module being characterized in that it comprises at least one locking plate, mounted to slide on the body between a locking position and an unlocking position, the locking plate comprising a locking relief intended to cooperate with a complementary locking relief of the support rail upon the translation of the positioning pin, so as to make the plate slide from its unlocking position to its locking position.
An apparatus for the measurement of a turbid sample comprising: an illumination apparatus (12, 112) having a plurality of light sources configured to illuminate a target area of a turbid sample with planar non-structured light at a plurality of wavelengths, a projection system (16, 116) configured to illuminate said target area of turbid sample with spatially structured light at a plurality of wavelengths, wherein the illumination apparatus and the projection system have different optical projection paths, a sensor configured to collect a plurality of wavelengths of planar non-structured light and a plurality of wavelengths of spatially structured light remitted from the target area of the turbid sample, and a processor configured to analyze data of the remitted planar non-structured light and the remitted spatially structured light collected by the sensor to determine the scattering and absorption coefficients of the turbid sample. an illumination apparatus (12, 112) having a plurality of light sources configured to illuminate a target area of a turbid sample with planar non-structured light at a plurality of wavelengths, a projection system (16, 116) configured to illuminate said target area of turbid sample with spatially structured light at a plurality of wavelengths, wherein the illumination apparatus and the projection system have different optical projection paths, a sensor configured to collect a plurality of wavelengths of planar non-structured light and a plurality of wavelengths of spatially structured light remitted from the target area of the turbid sample, and a processor configured to analyze data of the remitted planar non-structured light and the remitted spatially structured light collected by the sensor to determine the scattering and absorption coefficients of the turbid sample.
A radome comprising:- a radar component housing; a ram air inlet provided in the radar component housing; and a ram air outlet provided in the radar component housing such that when the radome is installed on the body of a moving craft, air flow relative to the craft will enter the housing by way of the ram air inlet, circulate within the housing, and exit the housing by way of the ram air outlet in order to cool radar components within the radar component housing characterised in that the ram air inlet is provided aft of the ram air outlet in order to encourage circulation of air within the radar component housing. a radar component housing; a ram air inlet provided in the radar component housing; and a ram air outlet provided in the radar component housing such that when the radome is installed on the body of a moving craft, air flow relative to the craft will enter the housing by way of the ram air inlet, circulate within the housing, and exit the housing by way of the ram air outlet in order to cool radar components within the radar component housing characterised in that the ram air inlet is provided aft of the ram air outlet in order to encourage circulation of air within the radar component housing.
A pressure control device (400, 500, 510, 520, 530, 600, 610, 620, 630, 700) for controlling a compressor, the pressure control device comprising (400, 500, 510, 520, 530, 600, 610, 620, 630, 700): - a pressure sensor configured to measure pressure of a pressure line; - a power relay configured to control a supply of power to the compressor; - a processing circuit configured to: - receive the measured pressure of the pressure line from the pressure sensor; and - control the compressor via the power relay based on a set-point and the measured pressure, and - a mechanical switch sensitive to the pressure of the pressure line and configured to move between an open position and a closed position responsive to the pressure of the pressure line, wherein movement of the mechanical switch into one of the open position or the closed position is configured to cause the compressor to turn off or on via the power relay and override the control of the compressor by the processing circuit, wherein the movement of the mechanical switch into the open position or the closed position actuates the power relay and interrupts or restores the supply of power to the compressor, and wherein the processing circuit is configured to: - determine whether the pressure of the pressure line exceeds a pressure threshold; - determine whether the mechanical switch has moved into the open position or the closed position; and - turn off the compressor in response to determining that the pressure of the pressure line exceeds the pressure threshold when the mechanical switch has failed to turn off the compressor. - a pressure sensor configured to measure pressure of a pressure line; - a power relay configured to control a supply of power to the compressor; - a processing circuit configured to: - receive the measured pressure of the pressure line from the pressure sensor; and - control the compressor via the power relay based on a set-point and the measured pressure, and - receive the measured pressure of the pressure line from the pressure sensor; and - control the compressor via the power relay based on a set-point and the measured pressure, and - a mechanical switch sensitive to the pressure of the pressure line and configured to move between an open position and a closed position responsive to the pressure of the pressure line, wherein movement of the mechanical switch into one of the open position or the closed position is configured to cause the compressor to turn off or on via the power relay and override the control of the compressor by the processing circuit, wherein the movement of the mechanical switch into the open position or the closed position actuates the power relay and interrupts or restores the supply of power to the compressor, and wherein the processing circuit is configured to: - determine whether the pressure of the pressure line exceeds a pressure threshold; - determine whether the mechanical switch has moved into the open position or the closed position; and - turn off the compressor in response to determining that the pressure of the pressure line exceeds the pressure threshold when the mechanical switch has failed to turn off the compressor.