mhurhangee/patent-ind-claim-en huggingface dataset:
A gas turbine engine comprising: an inner compressor exit diffusor ; a shaft cover enclosed by the inner compressor exit diffusor ; a pre-swirler arranged on the shaft cover , wherein the pre-swirler comprises a pre-swirler insert installed in a hole drilled through the shaft cover , wherein the pre-swirler insert is configured to be replaceable in the drilled hole ; and an access port including an access window arranged on the inner compressor exit diffusor , wherein the access port is configured to give access to the pre-swirler insert installed in the shaft cover for replacing the pre-swirler insert through the access window , and wherein the shaft cover is configured to be turned using a clocking tool passing through the access window for accessing a plurality of pre-swirler inserts through the access window . an inner compressor exit diffusor ; a shaft cover enclosed by the inner compressor exit diffusor ; a pre-swirler arranged on the shaft cover , wherein the pre-swirler comprises a pre-swirler insert installed in a hole drilled through the shaft cover , wherein the pre-swirler insert is configured to be replaceable in the drilled hole ; and an access port including an access window arranged on the inner compressor exit diffusor , wherein the access port is configured to give access to the pre-swirler insert installed in the shaft cover for replacing the pre-swirler insert through the access window , and wherein the shaft cover is configured to be turned using a clocking tool passing through the access window for accessing a plurality of pre-swirler inserts through the access window .
Method for additively manufacturing at least one three-dimensional object by means of successive layerwise selective irradiation and consolidation of layers of a powder build material which can be consolidated by means of at least one energy beam , comprising the steps of: - providing a plurality of process parameter sets (PPS1 - PPSn) respectively comprising a plurality of process parameters (PP1 - PPn) allowing for a selective consolidation of a layer of the powder build material , wherein respective ones of the plurality of process parameter sets (PPS1 - PPSn) result in specific properties of a microstructure of an area of the respective layer of the powder build material selectively irradiated and consolidated on basis of the respective process parameter set (PPS 1 - PPSn); and - using at least two different process parameter sets (PPS1 - PPSn) from among the plurality of process parameter sets (PPS1 - PPSn) for additively manufacturing at least one three-dimensional object by means of the successive layerwise selective irradiation and consolidation of respective layers of the powder build material which can be consolidated by means of at least one energy beam , wherein the at least two different process parameter sets (PPS1 - PPSn) are used, respectively, to irradiate respective ones of a plurality of adj acent irradiation path vectors (V1 - V4) across the powder build material and thereby provide an interlocking microstructure in which adjacently disposed grains are disposed in an interlocking arrangement. - providing a plurality of process parameter sets (PPS1 - PPSn) respectively comprising a plurality of process parameters (PP1 - PPn) allowing for a selective consolidation of a layer of the powder build material , wherein respective ones of the plurality of process parameter sets (PPS1 - PPSn) result in specific properties of a microstructure of an area of the respective layer of the powder build material selectively irradiated and consolidated on basis of the respective process parameter set (PPS 1 - PPSn); and - using at least two different process parameter sets (PPS1 - PPSn) from among the plurality of process parameter sets (PPS1 - PPSn) for additively manufacturing at least one three-dimensional object by means of the successive layerwise selective irradiation and consolidation of respective layers of the powder build material which can be consolidated by means of at least one energy beam , wherein the at least two different process parameter sets (PPS1 - PPSn) are used, respectively, to irradiate respective ones of a plurality of adj acent irradiation path vectors (V1 - V4) across the powder build material and thereby provide an interlocking microstructure in which adjacently disposed grains are disposed in an interlocking arrangement.
A method for a multiple-input multiple-output, MIMO, communication, the method comprising: transmitting, during a first time period, by a master access point to a slave access point , a slave trigger frame or a preamble of a null data packet frame that allows the slave access point to estimate synchronization information for a joint transmission; estimating, by the slave access point , the synchronization information for the joint transmission; transmitting, during a second time period after the first time period, by the master access point , a portion of a null data packet frame to a station device ; transmitting, by the slave access point , during the second time period, the portion of the null data packet frame to the station device , according to the synchronization information for the joint transmission; estimating, by the station device , channel estimation information for the MIMO communication, according to the portion of the null data packet frame jointly transmitted by the master access point and the slave access point; and generating, by the master access point or by the master access point and the slave access point , steering information for the MIMO communication based on the channel estimation information received from the station device , wherein the steering information indicates steering vectors. transmitting, during a first time period, by a master access point to a slave access point , a slave trigger frame or a preamble of a null data packet frame that allows the slave access point to estimate synchronization information for a joint transmission; estimating, by the slave access point , the synchronization information for the joint transmission; transmitting, during a second time period after the first time period, by the master access point , a portion of a null data packet frame to a station device ; transmitting, by the slave access point , during the second time period, the portion of the null data packet frame to the station device , according to the synchronization information for the joint transmission; estimating, by the station device , channel estimation information for the MIMO communication, according to the portion of the null data packet frame jointly transmitted by the master access point and the slave access point; and generating, by the master access point or by the master access point and the slave access point , steering information for the MIMO communication based on the channel estimation information received from the station device , wherein the steering information indicates steering vectors.
A rotor for a hover-capable aircraft , comprising: - a hub rotating about an axis (A) and, in turn, comprising a plurality of blades ; - a mast connectable to a power unit of said aircraft and operatively connected to said hub to drive said hub in rotation about said axis (A); and - an attenuating device to attenuate the transmission of vibrations from said mast to said aircraft parallel to said axis (A); said attenuating device , in turn, comprising: - a casing ; - a first mass free to oscillate parallel to said axis (A) with respect to said casing and elastically connected to said casing ; characterized in that said attenuating device is passive and further comprises: - a second mass ; - connection means adapted to make said first and second masses integrally movable along said axis (A) when the angular speed (Ω) of said mast assumes a first value (Ω1); and - actuator means activatable to decouple and separate said first and second masses with respect to translation along said axis (A) when said angular speed (Ω) of said mast assumes a second value (Ω2), different from said first value (Ω1). - a hub rotating about an axis (A) and, in turn, comprising a plurality of blades ; - a mast connectable to a power unit of said aircraft and operatively connected to said hub to drive said hub in rotation about said axis (A); and - an attenuating device to attenuate the transmission of vibrations from said mast to said aircraft parallel to said axis (A); - a casing ; - a first mass free to oscillate parallel to said axis (A) with respect to said casing and elastically connected to said casing ; - a second mass ; - connection means adapted to make said first and second masses integrally movable along said axis (A) when the angular speed (Ω) of said mast assumes a first value (Ω1); and - actuator means activatable to decouple and separate said first and second masses with respect to translation along said axis (A) when said angular speed (Ω) of said mast assumes a second value (Ω2), different from said first value (Ω1).
A container for housing household tissue paper comprising: a container body that stores household tissue paper (P) inside and has an outlet through which the household tissue paper is taking out; an open/close lid that is pivotably provided to the container body and closes the outlet; and a biasing member that biases the open/close lid in an opening direction, characterized in that at least a part of the container body is formed of an elastic material, and the container body has a latch that latches the open/close lid in a closing state and releases and opens the open/close lid, at least a part of the open/close lid is formed of the elastic material, and the biasing member is formed of the elastic material, integrally with the part of the container body and integrally formed with the part of the open/close lid formed of the elastic material, such that the portion formed of the elastic material in the container body and the portion formed of the elastic material in the open/close lid are connected to each other, and wherein hardness of the elastic material is 20 or more and 90 or less, measured in accordance with JIS K 6253 (type A durometer). a container body that stores household tissue paper (P) inside and has an outlet through which the household tissue paper is taking out; an open/close lid that is pivotably provided to the container body and closes the outlet; and a biasing member that biases the open/close lid in an opening direction, characterized in that at least a part of the container body is formed of an elastic material, and the container body has a latch that latches the open/close lid in a closing state and releases and opens the open/close lid, at least a part of the open/close lid is formed of the elastic material, and the biasing member is formed of the elastic material, integrally with the part of the container body and integrally formed with the part of the open/close lid formed of the elastic material, such that the portion formed of the elastic material in the container body and the portion formed of the elastic material in the open/close lid are connected to each other, and wherein hardness of the elastic material is 20 or more and 90 or less, measured in accordance with JIS K 6253 (type A durometer).
A method of operating a nuclear reactor, comprising: operating a valve actuator to open and close a valve in fluid communication with a nuclear reactor fluid control system, the valve actuator having an electric motor, the electric motor having windings of magnet wire, the magnet wire comprising a layer of insulating material disposed over a conductor, the layer of insulating material comprising polyetheretherketone (PEEK), the layer of insulating material having a thickness between 0.025 mm and 0.381 mm.
Method for treating leather wastes to obtain a composition for tanning use comprising a protein hydrolyzate, the method comprising the steps of: i) dissolving said leather wastes in a bath with a solution comprising an inorganic base and obtaining a solution comprising a protein hydrolyzate, ii) adding to said solution comprising a protein hydrolyzate an eutectic solvent comprising at least one halide and at least one organic hydrogen bond donor compound to obtain a composition comprising a protein hydrolyzate, iii) adding at least one organic acid to said composition and obtaining a composition for tanning use comprising a protein hydrolyzate. i) dissolving said leather wastes in a bath with a solution comprising an inorganic base and obtaining a solution comprising a protein hydrolyzate, ii) adding to said solution comprising a protein hydrolyzate an eutectic solvent comprising at least one halide and at least one organic hydrogen bond donor compound to obtain a composition comprising a protein hydrolyzate, iii) adding at least one organic acid to said composition and obtaining a composition for tanning use comprising a protein hydrolyzate.
A body shell of a motor vehicle with an adjustable wheelbase L, this body shell including: - a front unit , comprising a front floor extended by a rear floor ; - a rear unit , secured to the front unit and comprising a heel board , fixed to a vertical edge of the rear unit , characterized in that it includes two extensions , distinct from the heel board , mounted on the rear floor and a horizontal edge of the rear unit , in contact with the heel board and each including a rim able to partially cover the heel board . - a front unit , comprising a front floor extended by a rear floor ; - a rear unit , secured to the front unit and comprising a heel board , fixed to a vertical edge of the rear unit , characterized in that it includes two extensions , distinct from the heel board , mounted on the rear floor and a horizontal edge of the rear unit , in contact with the heel board and each including a rim able to partially cover the heel board .
A hydroelectric power generation system , comprising: a water turbine arranged in a flow path through which a fluid flows; a generator connected to the water turbine ; and a controller configured to perform pressure control by controlling the generator to regulate a pressure of the fluid downstream of the water turbine , wherein the pressure control includes a first control of regulating the pressure in parallel with a regenerative operation of the generator , wherein the generator generates power, a second control of regulating the pressure in parallel with a power running operation of the generator , wherein the generator functions as a motor, and the water turbine rotates in the same direction during the power running operation and the regenerative operation. a water turbine arranged in a flow path through which a fluid flows; a generator connected to the water turbine ; and a controller configured to perform pressure control by controlling the generator to regulate a pressure of the fluid downstream of the water turbine , wherein the pressure control includes a first control of regulating the pressure in parallel with a regenerative operation of the generator , wherein the generator generates power, a second control of regulating the pressure in parallel with a power running operation of the generator , wherein the generator functions as a motor, and the water turbine rotates in the same direction during the power running operation and the regenerative operation.
A die casting machine melt leakage detecting device, wherein the die casting machine melt leakage detecting device comprises a pulling wire , a plurality of wire winding columns , a wire fixing member , an elastic wire connecting member and a trigger switch ; the pulling wire can withstand the temperature outside a mold during normal die casting and is melted and broken after making contact with molten metal; the multiple wire winding columns are arranged around the mold, one end of the pulling wire is connected with the wire fixing member , and the other end of the pulling wire is sequentially wound around the multiple wire winding columns and then is connected with the elastic wire connecting member ; the elastic wire connecting member is opposite to the trigger switch , the elastic wire connecting member is in a compressed or stretched state when the pulling wire is kept tensioned in the operating state, and the elastic wire connecting member is restored to its original position and impacts the trigger switch when the pulling wire is broken; the trigger switch is used for sending an impacting signal to a signal receiving end of a die casting machine. the pulling wire can withstand the temperature outside a mold during normal die casting and is melted and broken after making contact with molten metal; the multiple wire winding columns are arranged around the mold, one end of the pulling wire is connected with the wire fixing member , and the other end of the pulling wire is sequentially wound around the multiple wire winding columns and then is connected with the elastic wire connecting member ; the elastic wire connecting member is opposite to the trigger switch , the elastic wire connecting member is in a compressed or stretched state when the pulling wire is kept tensioned in the operating state, and the elastic wire connecting member is restored to its original position and impacts the trigger switch when the pulling wire is broken; the trigger switch is used for sending an impacting signal to a signal receiving end of a die casting machine.
A cylinder lubrication system for supplying cylinder lubrication liquid to the inner surface of a cylinder liner of a large two-stroke uniflow internal combustion engine via a plurality of injectors that are distributed around the circumference of said cylinder liner , said cylinder liner defining a cylindrical interior in which a reciprocating piston is slidably disposed, said cylinder lubrication system comprising: a first source of cylinder lubrication liquid , a second source of cylinder lubrication liquid , a cylinder lubrication supply apparatus for each cylinder, supply conduits connecting outlets of said cylinder oil supply apparatus to each of said injectors , a first feed conduit connecting an inlet of said cylinder lubrication apparatus to said first source of cylinder lubrication liquid , a second feed conduit connecting an inlet of said cylinder lubrication apparatus to said second source of cylinder lubrication liquid , a first flow control device in said first feed conduit capable of enabling and disabling flow through said first feed conduit , and a second flow control device in said second feed conduit capable of enabling and disabling flow through said second feed conduit , characterized in that the engine comprises a plurality of cylinders , and wherein the system is provided with a dedicated apparatus for supplying cylinder lubrication liquid for each cylinder , and in that said first supply conduit is branched to connect to each apparatus for supplying cylinder lubrication liquid , and wherein said second supply conduit is branched to connect to each apparatus for supplying cylinder lubrication liquid . a first source of cylinder lubrication liquid , a second source of cylinder lubrication liquid , a cylinder lubrication supply apparatus for each cylinder, supply conduits connecting outlets of said cylinder oil supply apparatus to each of said injectors , a first feed conduit connecting an inlet of said cylinder lubrication apparatus to said first source of cylinder lubrication liquid , a second feed conduit connecting an inlet of said cylinder lubrication apparatus to said second source of cylinder lubrication liquid , a first flow control device in said first feed conduit capable of enabling and disabling flow through said first feed conduit , and a second flow control device in said second feed conduit capable of enabling and disabling flow through said second feed conduit , characterized in that the engine comprises a plurality of cylinders , and wherein the system is provided with a dedicated apparatus for supplying cylinder lubrication liquid for each cylinder , and in that said first supply conduit is branched to connect to each apparatus for supplying cylinder lubrication liquid , and wherein said second supply conduit is branched to connect to each apparatus for supplying cylinder lubrication liquid .
A method, comprising: accessing a set of frames captured by a video camera ; determining motion of the video camera at the times members of the set of the frames were captured; and controlling whether members of the set of frames are displayed in a second continuous video display mode or in a first discrete display mode based, at least in part, on the determined motion, where members of a first series of frames acquired while the motion does affect the members of the first series of frames by more than a threshold amount of damage are presented in the first discrete display mode and where a second series of frames acquired while the motion does not affect the members of the second series of frames by more than the threshold amount of damage is presented in the second continuous video display mode, wherein the motion of the video camera is determined from single frame motion analysis that identifies signal-to-noise ratio and the damage is identified by a signal-to-noise ratio. accessing a set of frames captured by a video camera ; determining motion of the video camera at the times members of the set of the frames were captured; and controlling whether members of the set of frames are displayed in a second continuous video display mode or in a first discrete display mode based, at least in part, on the determined motion, where members of a first series of frames acquired while the motion does affect the members of the first series of frames by more than a threshold amount of damage are presented in the first discrete display mode and where a second series of frames acquired while the motion does not affect the members of the second series of frames by more than the threshold amount of damage is presented in the second continuous video display mode, wherein the motion of the video camera is determined from single frame motion analysis that identifies signal-to-noise ratio and the damage is identified by a signal-to-noise ratio.
A microbial host cell for use in the production of a fatty aldehyde or fatty alcohol, wherein the microbial host cell is genetically engineered to express a polynucleotide that is an aldehyde biosynthetic gene comprising a nucleic acid sequence having at least 70% sequence identity to SEQ ID NO: 65, 69, 73, 75, 77, 79, or 81.