mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: in response to determining an aircraft is in a flare regime of a flight plan, determining an estimate state of an aircraft parameter based on an execution of a transfer function of an observer model, the execution of the transfer function based on an altitude command; determining a gain value based on the aircraft parameter; determining an altitude control input based on the estimate state and the gain value; determining an altitude command output based on the altitude control input and longitudinal dynamics of the aircraft, the longitudinal dynamics generated in response to the aircraft executing the altitude command output; controlling an elevator (130, 132) of the aircraft based on the altitude command output; determining a difference between the altitude command and the altitude command output; and in response to the difference satisfying a threshold, adjusting the estimate state of the aircraft parameter based on the difference. in response to determining an aircraft is in a flare regime of a flight plan, determining an estimate state of an aircraft parameter based on an execution of a transfer function of an observer model, the execution of the transfer function based on an altitude command; determining a gain value based on the aircraft parameter; determining an altitude control input based on the estimate state and the gain value; determining an altitude command output based on the altitude control input and longitudinal dynamics of the aircraft, the longitudinal dynamics generated in response to the aircraft executing the altitude command output; controlling an elevator (130, 132) of the aircraft based on the altitude command output; determining a difference between the altitude command and the altitude command output; and in response to the difference satisfying a threshold, adjusting the estimate state of the aircraft parameter based on the difference.
A selective vapor deposition method, comprising: evaporating a precursor material in a low vacuum evaporating chamber to produce a precursor vapor; evacuating the precursor vapor into a nozzle of a venturi element; and accelerating the precursor vapor through a diffuser of the venturi element and toward a target build surface, characterized in that the diffuser comprises axial segments respectively coupled to electrodes, and the accelerating comprises: sequentially energizing the electrodes of each of the axial segments to generate an electro-magnetic repulsion pattern along a diverging section of the diffuser between the precursor vapor and an interior surface of the diverging section; and controlling and timing the electro-magnetic repulsion pattern of the precursor vapor along the diverging section of the diffuser. evaporating a precursor material in a low vacuum evaporating chamber to produce a precursor vapor; evacuating the precursor vapor into a nozzle of a venturi element; and accelerating the precursor vapor through a diffuser of the venturi element and toward a target build surface, characterized in that the diffuser comprises axial segments respectively coupled to electrodes, and the accelerating comprises: sequentially energizing the electrodes of each of the axial segments to generate an electro-magnetic repulsion pattern along a diverging section of the diffuser between the precursor vapor and an interior surface of the diverging section; and controlling and timing the electro-magnetic repulsion pattern of the precursor vapor along the diverging section of the diffuser. sequentially energizing the electrodes of each of the axial segments to generate an electro-magnetic repulsion pattern along a diverging section of the diffuser between the precursor vapor and an interior surface of the diverging section; and controlling and timing the electro-magnetic repulsion pattern of the precursor vapor along the diverging section of the diffuser.
An optical fiber comprising: a core region, the core region comprising silica glass doped with an alkali metal oxide, the core region having a radius r 1 in the range from 3.0 μm to 10.0 μm and a relative refractive index profile Δ 1 having a maximum relative refractive index Δ 1max in the range from - 0.15% to 0.30%; a cladding region surrounding and directly adjacent to the core region, the cladding region having a radius r 4 in the range from 37.5 μm to 52.5 μm; a primary coating surrounding and directly adjacent to the cladding region, the primary coating having a radius r 5, a spring constant χ p, an in situ modulus in the range from 0.05 MPa to 0.30 MPa and a thickness r 5 - r 4 in the range from 20.0 μm to 40.0 μm; and a secondary coating surrounding and directly adjacent to the primary coating, the secondary coating having a radius re less than or equal to 100.0 μm, a Young's modulus greater than or equal to 1600 MPa and a thickness r 6 - r 5 in the range from 15.0 μm to 30.0 μm. a core region, the core region comprising silica glass doped with an alkali metal oxide, the core region having a radius r 1 in the range from 3.0 μm to 10.0 μm and a relative refractive index profile Δ 1 having a maximum relative refractive index Δ 1max in the range from - 0.15% to 0.30%; a cladding region surrounding and directly adjacent to the core region, the cladding region having a radius r 4 in the range from 37.5 μm to 52.5 μm; a primary coating surrounding and directly adjacent to the cladding region, the primary coating having a radius r 5, a spring constant χ p, an in situ modulus in the range from 0.05 MPa to 0.30 MPa and a thickness r 5 - r 4 in the range from 20.0 μm to 40.0 μm; and a secondary coating surrounding and directly adjacent to the primary coating, the secondary coating having a radius re less than or equal to 100.0 μm, a Young's modulus greater than or equal to 1600 MPa and a thickness r 6 - r 5 in the range from 15.0 μm to 30.0 μm.
A method of transmitting system information, comprising: transmitting, by a base station, system information in a system information window to a terminal, wherein the system information is carried in one or more radio subframes of a first radio frame in the system information window, the first radio frame indicated by a system information repetition pattern and the one or more radio subframes being valid for carrying a transmission from the base station to the terminal, the system information repetition pattern specifying that the system information is transmitted in M th radio frame of every N radio frames, M being greater than or equal to 1 and less than or equal to N, transmitting, by the base station upon determining that there are not enough radio subframes for transmitting the system information in the first radio frame, a part of the system information in at least a second radio frame subsequent to the first radio frame in time domain in the system information window. transmitting, by a base station, system information in a system information window to a terminal, wherein the system information is carried in one or more radio subframes of a first radio frame in the system information window, the first radio frame indicated by a system information repetition pattern and the one or more radio subframes being valid for carrying a transmission from the base station to the terminal, the system information repetition pattern specifying that the system information is transmitted in M th radio frame of every N radio frames, M being greater than or equal to 1 and less than or equal to N, transmitting, by the base station upon determining that there are not enough radio subframes for transmitting the system information in the first radio frame, a part of the system information in at least a second radio frame subsequent to the first radio frame in time domain in the system information window.
Footwear capable of changing between a flip-flop and a sandal, comprising: a) a sole including a top section, a bottom section, a forefoot section, a heel section, and a sidewall section; b) forefoot V-shaped straps positioned and extending over at least a part of the forefoot section, and being secured to the top section of said sole; c) a straight horizontal recess or pocket formed in the heel section of said top section of said sole for receiving a horizontal strap, the straight horizontal recess or pocket having a right side and a left side; d) said horizontal strap being removably placed in said straight horizontal recess or pocket of the top section of said sole, e) wherein said horizontal strap is capable of moving between a first stored position within said straight horizontal recess or pocket and a second in-use raised position where the horizontal strap extends above the straight horizontal recess or pocket to cover and support a bridge portion and top portion of an ankle of a wearer's foot. a) a sole including a top section, a bottom section, a forefoot section, a heel section, and a sidewall section; b) forefoot V-shaped straps positioned and extending over at least a part of the forefoot section, and being secured to the top section of said sole; c) a straight horizontal recess or pocket formed in the heel section of said top section of said sole for receiving a horizontal strap, the straight horizontal recess or pocket having a right side and a left side; d) said horizontal strap being removably placed in said straight horizontal recess or pocket of the top section of said sole, e) wherein said horizontal strap is capable of moving between a first stored position within said straight horizontal recess or pocket and a second in-use raised position where the horizontal strap extends above the straight horizontal recess or pocket to cover and support a bridge portion and top portion of an ankle of a wearer's foot.
Method for manufacturing a casing of an aircraft turbomachine, said casing comprising: - an annular shell extending about an axis A and made of a composite material comprising fibres that are woven and immersed in a resin, - an annular layer comprising an abradable material arranged inside the shell, and covering a first inner annular surface of an intermediate section of the shell, the method comprising a step of gluing the layer on the first surface, during which the casing is heated and compressed by means of a system that is present at least partially inside the casing, characterised in that, prior to the heating and compression of the casing, a forming tool is mounted inside the casing and made of two rings (12, 14), i.e. a first ring arranged inside the shell, and covering a second inner annular surface of an end section of the shell, and a second ring arranged inside the shell, and covering a third inner annular surface of another end section of the shell, said intermediate section being arranged between the two end sections. - an annular shell extending about an axis A and made of a composite material comprising fibres that are woven and immersed in a resin, - an annular layer comprising an abradable material arranged inside the shell, and covering a first inner annular surface of an intermediate section of the shell, the method comprising a step of gluing the layer on the first surface, during which the casing is heated and compressed by means of a system that is present at least partially inside the casing, characterised in that, prior to the heating and compression of the casing, a forming tool is mounted inside the casing and made of two rings (12, 14), i.e. a first ring arranged inside the shell, and covering a second inner annular surface of an end section of the shell, and a second ring arranged inside the shell, and covering a third inner annular surface of another end section of the shell, said intermediate section being arranged between the two end sections.
Transmission assembly for a vehicle operable by muscle power having an auxiliary electric drive, in particular an electric bicycle, wherein the transmission assembly has the auxiliary electric drive and a variator transmission having a transmission ratio which is adjustable by means of an actuator which can be operated by motor, characterized in that - the transmission assembly furthermore comprises a mechanically operable actuator-adjustment device, and - the transmission assembly is designed to be adjusted in transmission ratio manually by means of the actuator-adjustment device. - the transmission assembly furthermore comprises a mechanically operable actuator-adjustment device, and - the transmission assembly is designed to be adjusted in transmission ratio manually by means of the actuator-adjustment device.
A method for producing a mixture comprising fatty acid monoglyceride from glycerin and a compound having at least one acyl group, selected from the group consisting of fatty acids and fatty acid glycerides, comprising: (i) a step of obtaining a mixture comprising fatty acid monoglyceride by heating and reacting glycerin and a compound having at least one acyl group, selected from the group consisting of fatty acids and fatty acid glycerides in the presence of a catalyst, (ii) a step comprising adding glycerin, which is liquid and has a lower temperature than the temperature of the mixture, to the mixture to cool the mixture, and (iii) a step of separating the mixture comprising fatty acid monoglyceride from glycerin, obtained in the step (ii), by separating layers. (i) a step of obtaining a mixture comprising fatty acid monoglyceride by heating and reacting glycerin and a compound having at least one acyl group, selected from the group consisting of fatty acids and fatty acid glycerides in the presence of a catalyst, (ii) a step comprising adding glycerin, which is liquid and has a lower temperature than the temperature of the mixture, to the mixture to cool the mixture, and (iii) a step of separating the mixture comprising fatty acid monoglyceride from glycerin, obtained in the step (ii), by separating layers.
A method for generating a key to a long term evolution, LTE, branch, which is applicable to an LTE-universal mobile telecommunications system, UMTS, resource convergence scenario, the method comprising: obtaining, by a base station on an LTE branch, an access stratum root key to the LTE branch and user end, UE, security capability; generating, according to the access stratum root key and an access stratum algorithm determined according to the UE security capability, an access stratum key to the LTE branch; and generating, by the base station, when a packet data convergence protocol stratum counter value of the LTE branch overflows, according to the access stratum root key to the LTE branch, a physical cell identity, and a downlink frequency number that are currently in use, a new access stratum root key to the LTE branch, so that the base station, according to the new access stratum root key to the LTE branch and the access stratum algorithm, generates a new access stratum key to the LTE branch. obtaining, by a base station on an LTE branch, an access stratum root key to the LTE branch and user end, UE, security capability; generating, according to the access stratum root key and an access stratum algorithm determined according to the UE security capability, an access stratum key to the LTE branch; and generating, by the base station, when a packet data convergence protocol stratum counter value of the LTE branch overflows, according to the access stratum root key to the LTE branch, a physical cell identity, and a downlink frequency number that are currently in use, a new access stratum root key to the LTE branch, so that the base station, according to the new access stratum root key to the LTE branch and the access stratum algorithm, generates a new access stratum key to the LTE branch.
A method of forming a blade with a sheath, the method comprising: fabricating an airfoil with a tip, root, leading edge and trailing edge; forming a sheath on a mandrel using a cold spray deposit process; releasing the sheath from the mandrel; bonding the sheath to the leading edge of the airfoil; and wherein the step of forming a sheath using a cold spray deposit process comprises: depositing particles using a cold spray process to form a first portion of the sheath on a first mandrel; removing the first portion from the first mandrel; placing the first portion on a support base; placing a second mandrel on the first portion; depositing particles using a cold spray process to form a second portion of the sheath on a second mandrel; and removing the sheath from the second mandrel and the support base. fabricating an airfoil with a tip, root, leading edge and trailing edge; forming a sheath on a mandrel using a cold spray deposit process; releasing the sheath from the mandrel; bonding the sheath to the leading edge of the airfoil; and wherein the step of forming a sheath using a cold spray deposit process comprises: depositing particles using a cold spray process to form a first portion of the sheath on a first mandrel; removing the first portion from the first mandrel; placing the first portion on a support base; placing a second mandrel on the first portion; depositing particles using a cold spray process to form a second portion of the sheath on a second mandrel; and removing the sheath from the second mandrel and the support base. depositing particles using a cold spray process to form a first portion of the sheath on a first mandrel; removing the first portion from the first mandrel; placing the first portion on a support base; placing a second mandrel on the first portion; depositing particles using a cold spray process to form a second portion of the sheath on a second mandrel; and removing the sheath from the second mandrel and the support base.
Holder for a pipetting apparatus for an automatic analysis device, the pipetting apparatus comprising a hollow-cylindrical needle body, and a fastening body arranged around an axial region of the needle body in order to fasten the needle body on the holder of the automatic analysis device, wherein the fastening body is configured as a conical frustum, the imaginary vertex of which lies in the axis of the hollow-cylindrical needle body, wherein the fastening body comprises a holding element extending perpendicularly to the axis of the hollow-cylindrical needle body in order to avoid rotation of the hollow-cylindrical needle body about the needle body axis, the holder comprising an opening for the needle body, characterized in that the holder has a cavity configured as a conical frustum, the imaginary vertex of which lies in the mid-axis of the opening wherein a recess, which is configured in order to receive the holding element, is introduced into a lateral surface of the cavity.
A stabilizer for a camera module that forms part of an electronic device; comprising: a platform wherein the camera module is mounted on the platform; a gimbal mount that retains the platform so that the platform is pivotal about a first axis and the gimbal mount being further pivotal about a second axis so that the optical device is pivotal about both the first and second axes, and wherein the second axis is offset from a center line of the camera module; a first actuator that is controlled to manage movement of the optical device about the first axis; a second actuator that is controlled to manage movement of the optical device about the second axis; a gyro sensor mounted with respect to the platform and wherein the gyro sensor outputs signals indicative of movement of the optical device about the first and second axes; and a controller that controls the first, and second actuators in accordance with a controller that controls the first and second actuators in accordance with the output signals of the gyro sensor and the controller controls the first and second actuators to minimize change in the output signals from the gyro sensor; wherein the stabilizer does not include a position sensors to provide input to a controller indicative of relative position of any of the camera module, the platform or the gimbal mount. a platform wherein the camera module is mounted on the platform; a gimbal mount that retains the platform so that the platform is pivotal about a first axis and the gimbal mount being further pivotal about a second axis so that the optical device is pivotal about both the first and second axes, and wherein the second axis is offset from a center line of the camera module; a first actuator that is controlled to manage movement of the optical device about the first axis; a second actuator that is controlled to manage movement of the optical device about the second axis; a gyro sensor mounted with respect to the platform and wherein the gyro sensor outputs signals indicative of movement of the optical device about the first and second axes; and a controller that controls the first, and second actuators in accordance with a controller that controls the first and second actuators in accordance with the output signals of the gyro sensor and the controller controls the first and second actuators to minimize change in the output signals from the gyro sensor; wherein the stabilizer does not include a position sensors to provide input to a controller indicative of relative position of any of the camera module, the platform or the gimbal mount.
Forced flow steam generator having a combustion chamber which is delimited by a gastight combustion chamber wall, wherein the combustion chamber wall has a plurality of interconnected combustion chamber wall tubes, through which flows an operating medium, having a flue gas duct which is connected to the combustion chamber in the flow direction of the flue gas and is delimited by a surrounding wall with a plurality of surrounding wall tubes through which flows the operating medium, having a burner arrangement which has at least one burner and is arranged in the combustion chamber, having at least one auxiliary heating surface through which flows the operating medium and which is arranged in the flue gas duct, having at least one feed line which is connected to the burner arrangement and/or to the combustion chamber, characterized in that the combustion chamber wall tubes consist of a heat-resistant steel alloy with a chromium proportion of 1.9 to 2.6 wt%, the surrounding wall tubes consist of a heat-resistant steel alloy with a chromium proportion of 1.9 to 2.6 wt%, oxygen (O 2) and flue gas are fed separately or together via the at least one feed line in order to obtain an oxygen-flue gas mixture, a wall heating surface arrangement, through which flows the operating medium, is arranged in the combustion chamber between the burner arrangement and the at least one auxiliary heating surface in the flow direction of the flue gas, wherein the wall heating surface arrangement, in addition to its underside which is associated with the burner arrangement, butts against the combustion chamber wall over its entire height in the flow direction of the flue gas.