mhurhangee/patent-ind-claim-en huggingface dataset:
A high-strength steel sheet having a chemical composition containing, by mass%, C: 0.070% to 0.100%, Si: 0.30% to 0.70%, Mn: 2.20% to 2.80%, P: 0.025% or less, S: 0.0020% or less, Al: 0.020% to 0.060%, N: 0.0050% or less, Nb: 0.010% to 0.060%, Ti: 0.010% to 0.030%, B: 0.0005% to 0.0030%, Ca: 0.0015% or less, optionally one or more elements selected from Sb: 0.005% to 0.015%, Cr: 0.30% or less, V: 0.10% or less, Mo: 0.20% or less, Cu: 0.10% or less, Ni: 0.10% or less, and REM: 0.0010% to 0.0050%, whereas Sb is not added when its amount is less than 0.0003 mass%, and the balance being Fe and inevitable impurities; a microstructure consists of, in terms of area ratio, 30% or more of a ferrite phase, 40% to 65% of a bainite phase and/or a martensite phase, and 5% or less of cementite, and optionally 5% or less of retained austenite, the metallographic structure determined at a position in a cross section at 1/4 of the thickness from the surface of the steel sheet, wherein, in a surface layer that is a region within 50 μm from the surface in the thickness direction, the area ratio of a ferrite phase is 40% to 55% and the total area ratio of a bainite phase having a grain diameter of more than 5 μm and/or a martensite phase having a grain diameter of more than 5 μm is 20% or less; and a tensile strength being 980 MPa or more, and having a limit bending radius to the thickness R/t of 2.0 or less measured according JIS Z 2248.
A depth limiter configured to couple with a cannula of a surgical access device, the depth limiter comprising: (a) a housing comprising: (i) a slot , and (ii) an aperture extending through the housing , wherein the aperture communicates with the slot , wherein the aperture extends along a longitudinal axis; (b) a biasing feature disposed at least partially within the slot ; and (c) a slidable member disposed at least partially within the slot , wherein the slidable member includes an aperture extending therethrough, wherein the slidable member is movably coupled with the biasing feature between a fixed configuration and a movable configuration, wherein in the fixed configuration, the apertures of the housing and the slidable member are at least partially aligned to collectively form a first effective diameter such that the slidable member and the housing are configured to restrict axial movement of the depth limiter relative to the cannula , wherein in the movable configuration, the apertures of the housing and the slidable member collectively form a second effective diameter such that the slidable member and the housing are configured to allow for axial movement of the depth limiter relative to the cannula . (a) a housing comprising: (i) a slot , and (ii) an aperture extending through the housing , wherein the aperture communicates with the slot , wherein the aperture extends along a longitudinal axis; (i) a slot , and (ii) an aperture extending through the housing , wherein the aperture communicates with the slot , wherein the aperture extends along a longitudinal axis; (b) a biasing feature disposed at least partially within the slot ; and (c) a slidable member disposed at least partially within the slot , wherein the slidable member includes an aperture extending therethrough, wherein the slidable member is movably coupled with the biasing feature between a fixed configuration and a movable configuration, wherein in the fixed configuration, the apertures of the housing and the slidable member are at least partially aligned to collectively form a first effective diameter such that the slidable member and the housing are configured to restrict axial movement of the depth limiter relative to the cannula , wherein in the movable configuration, the apertures of the housing and the slidable member collectively form a second effective diameter such that the slidable member and the housing are configured to allow for axial movement of the depth limiter relative to the cannula .
A method for performing a radio frequency, RF, calibration of a Wi-Fi device , the method comprising transmitting, by a transmitter , a CTS , clear-to-send, -to-self frame , the CTS-to-self frame having a duration field indicating a first time duration of the RF calibration; after transmitting, waiting, by at least one processor , for a second time duration associated with a distributed inter-frame space, DIFS, time period; and after waiting, performing, by the at least one processor , the RF calibration for the first time duration indicated in the duration field of the CTS-to-self frame.
A filling/sealing device for a can (W), comprising: a filler including a filling turret having a plurality of holding parts and a filling device provided for each of the holding parts to fill the can (W) with a liquid content; a forwarding turret that holds and turret-conveys the can (W) transported from the filling turret ; a sealing device that seals the can (W) transported from the forwarding turret with a lid, the sealing device comprising a circular conveyance path having a prescribed conveyance pitch; an inspection device provided at an inspection turret , at which the can (W) transported from the sealing device is held and turret-conveyed, to inspect a filling amount in the can (W); and a controller that identifies the filling device with a filling failure on the basis of an inspection result from the inspection device and controls a filling amount by the filling device , wherein the controller recognizes a specific number of conveyance pitches set between a set position of the filling turret and an inspection position of the inspection device , identifies the holding part in a position the prescribed number of conveyance pitches ahead of the set position in the filling turret upon obtaining the inspection result in the inspection position, and controls the filling amount by the filling device provided at the identified holding part . a filler including a filling turret having a plurality of holding parts and a filling device provided for each of the holding parts to fill the can (W) with a liquid content; a forwarding turret that holds and turret-conveys the can (W) transported from the filling turret ; a sealing device that seals the can (W) transported from the forwarding turret with a lid, the sealing device comprising a circular conveyance path having a prescribed conveyance pitch; an inspection device provided at an inspection turret , at which the can (W) transported from the sealing device is held and turret-conveyed, to inspect a filling amount in the can (W); and a controller that identifies the filling device with a filling failure on the basis of an inspection result from the inspection device and controls a filling amount by the filling device , wherein the controller recognizes a specific number of conveyance pitches set between a set position of the filling turret and an inspection position of the inspection device , identifies the holding part in a position the prescribed number of conveyance pitches ahead of the set position in the filling turret upon obtaining the inspection result in the inspection position, and controls the filling amount by the filling device provided at the identified holding part .
A data center cooling system, comprising a refrigerant pump , a condenser , and an evaporator , wherein the refrigerant pump is connected between the condenser and the evaporator, wherein the refrigerant pump comprises a housing , a partition plate , and a pump head , the housing is provided with a liquid inlet and a liquid outlet , the partition plate is disposed inside the housing, the partition plate and the housing jointly form first space (R1) and second space (R2) that are disposed side by side and that are isolated from each other, the liquid inlet communicates with the first space, the liquid outlet communicates with the second space, the pump head is connected to the partition plate and is located at the bottom of the first space in a gravity direction, the pump head is configured to transfer refrigerant in the first space to the second space, the liquid inlet is directly connected to the condenser by using a pipeline, and the first space is configured to store refrigerant of the data center cooling system, so that no liquid receiver is additionally disposed in the data center cooling system; wherein a one-way valve is disposed on the partition plate, the one-way valve and the pump head are disposed in parallel between the first space and the second space, and the one-way valve is located at the bottom of the first space in the gravity direction.
A method for counteracting and/or altering a pitching moment of an aircraft caused by movement and/or deflections of control surfaces of the aircraft comprising: receiving signals from flight instrumentation corresponding to a flight configuration and/or a selected maneuver of the aircraft ; determining a configuration position of a horizontal stabilizer using the signals in conjunction with table lookup data comprising estimated optimal deflections of the horizontal stabilizer correlated to aircraft configuration changes that induce a pitching moment; calculating, with a processor , a desired movement of the horizontal stabilizer of the aircraft by performing a mathematical operation between the configuration position and a calculated incremental angle change of the horizontal stabilizer based on sensor data, the desired movement corresponding to a first deflection of the horizontal stabilizer ; and controlling a movement of an elevator to a second deflection to maneuver the aircraft and a movement of the horizontal stabilizer to the first deflection to counteract and/or alter the pitching moment of the aircraft that is caused by the movement and/or deflections of the control surfaces of the aircraft . receiving signals from flight instrumentation corresponding to a flight configuration and/or a selected maneuver of the aircraft ; determining a configuration position of a horizontal stabilizer using the signals in conjunction with table lookup data comprising estimated optimal deflections of the horizontal stabilizer correlated to aircraft configuration changes that induce a pitching moment; calculating, with a processor , a desired movement of the horizontal stabilizer of the aircraft by performing a mathematical operation between the configuration position and a calculated incremental angle change of the horizontal stabilizer based on sensor data, the desired movement corresponding to a first deflection of the horizontal stabilizer ; and controlling a movement of an elevator to a second deflection to maneuver the aircraft and a movement of the horizontal stabilizer to the first deflection to counteract and/or alter the pitching moment of the aircraft that is caused by the movement and/or deflections of the control surfaces of the aircraft .
An RFID system for reading at least one RFID tag, the system comprising: an array of antennas, characterised in that each antenna is configured to emit a plurality of beams in different directions, wherein at least two beams of the plurality of beams of each pair of adjacent antennas are directed towards one another so that the at least two beams overlap, at least one RFID reader connected to at least two of the antennas such that at least one pair of adjacent antennas transmits simultaneously such that the overlapping beams interfere with one another to create an interference pattern , wherein the at least one RFID reader is configured to control at least one of the phase and the frequency of one of the interfering beams with respect to the other to move the interference pattern to read one or more RFID tags within the moving interference pattern ; wherein two or more antennas of the array of antennas defines a dividing line , wherein the RFID system is configured to drive the antennas so that opposite sides of the dividing line are either i) alternately illuminated by the interfering beams or ii) illuminated by interfering beams of different frequencies, and wherein the RFID system is configured to determine movement of a tag across the dividing line from respectively either i) a difference in read rate of the tag during the times of alternate illumination or ii) a difference in read rate of the tag at the different frequencies, as the tag moves from one side of the dividing line to the other. an array of antennas, characterised in that each antenna is configured to emit a plurality of beams in different directions, wherein at least two beams of the plurality of beams of each pair of adjacent antennas are directed towards one another so that the at least two beams overlap, at least one RFID reader connected to at least two of the antennas such that at least one pair of adjacent antennas transmits simultaneously such that the overlapping beams interfere with one another to create an interference pattern , wherein the at least one RFID reader is configured to control at least one of the phase and the frequency of one of the interfering beams with respect to the other to move the interference pattern to read one or more RFID tags within the moving interference pattern ; wherein two or more antennas of the array of antennas defines a dividing line , wherein the RFID system is configured to drive the antennas so that opposite sides of the dividing line are either i) alternately illuminated by the interfering beams or ii) illuminated by interfering beams of different frequencies, and wherein the RFID system is configured to determine movement of a tag across the dividing line from respectively either i) a difference in read rate of the tag during the times of alternate illumination or ii) a difference in read rate of the tag at the different frequencies, as the tag moves from one side of the dividing line to the other.
A high intelligibility voice announcement system, comprising: an announcement station , including: a speech to text engine configured to convert a spoken announcement from a user to converted text data; an error recognition engine configured to identify any errors in the converted text data; a display on the announcement station configured to display the converted text data, wherein: the identified errors in the converted text data are identified for the user; an input device allowing the user to correct any identified errors in the converted text data, resulting in corrected text data; the corrected text data is displayed, via the display on the announcement station , in a queue system including other announcements until the corrected text data of the spoken announcement is ready to be sent to one or more speakers ; and the input device allowing the user to correct, update, or cancel the announcement corresponding to the corrected text while the corrected text is displayed; a transmitter configured to send the corrected text data to the one or more speakers ; and a text to speech engine configured to convert the corrected text data to an audible message in preparation for output via the one or more speakers . a speech to text engine configured to convert a spoken announcement from a user to converted text data; an error recognition engine configured to identify any errors in the converted text data; a display on the announcement station configured to display the converted text data, wherein: the identified errors in the converted text data are identified for the user; an input device allowing the user to correct any identified errors in the converted text data, resulting in corrected text data; the corrected text data is displayed, via the display on the announcement station , in a queue system including other announcements until the corrected text data of the spoken announcement is ready to be sent to one or more speakers ; and the input device allowing the user to correct, update, or cancel the announcement corresponding to the corrected text while the corrected text is displayed; the identified errors in the converted text data are identified for the user; an input device allowing the user to correct any identified errors in the converted text data, resulting in corrected text data; the corrected text data is displayed, via the display on the announcement station , in a queue system including other announcements until the corrected text data of the spoken announcement is ready to be sent to one or more speakers ; and the input device allowing the user to correct, update, or cancel the announcement corresponding to the corrected text while the corrected text is displayed; a transmitter configured to send the corrected text data to the one or more speakers ; and a text to speech engine configured to convert the corrected text data to an audible message in preparation for output via the one or more speakers .
An apparatus comprising: a resistive sensor arrangement in a first layer; a capacitive sensor arrangement in a second layer, wherein the resistive and capacitive sensor arrangements are configured to vary an input signal in response to first and second respective sensed parameters, and wherein the apparatus also comprises input circuitry configured to provide the input signal , and output circuitry configured to detect an output signal comprising real (X 0 ) and imaginary (Y 0 ) components of a complex impedance (Z), the real component (X 0 ) indicating a change in resistance (R) caused by the first sensed parameter and the imaginary component (Y 0 ) indicating a change in capacitance (C) caused by the second sensed parameter. a resistive sensor arrangement in a first layer; a capacitive sensor arrangement in a second layer, wherein the resistive and capacitive sensor arrangements are configured to vary an input signal in response to first and second respective sensed parameters, and wherein the apparatus also comprises input circuitry configured to provide the input signal , and output circuitry configured to detect an output signal comprising real (X 0 ) and imaginary (Y 0 ) components of a complex impedance (Z), the real component (X 0 ) indicating a change in resistance (R) caused by the first sensed parameter and the imaginary component (Y 0 ) indicating a change in capacitance (C) caused by the second sensed parameter.
A bone fixation device (S), comprising: a base section having a first space that holds a rod ; a hook formed with a second space configured to accommodate a bone element together with a part of the base section , the hook extending downward from the base section and having an arm forming the second space , the arm being provided with a flat section, the flat section having a tip end portion ; and a sandwiching part that is installed to the base section and that is configured to sandwich the bone element together with a part of the hook when the bone element has been accommodated in the second space , wherein the sandwiching part is shiftable allowing attachment to the bone element in the second space , characterized in that the tip end portion of the flat section is formed slightly protruded upward allowing the tip end portion to enter a part of the bone element when fixing the bone element . a base section having a first space that holds a rod ; a hook formed with a second space configured to accommodate a bone element together with a part of the base section , the hook extending downward from the base section and having an arm forming the second space , the arm being provided with a flat section, the flat section having a tip end portion ; and a sandwiching part that is installed to the base section and that is configured to sandwich the bone element together with a part of the hook when the bone element has been accommodated in the second space , wherein the sandwiching part is shiftable allowing attachment to the bone element in the second space , characterized in that the tip end portion of the flat section is formed slightly protruded upward allowing the tip end portion to enter a part of the bone element when fixing the bone element .
A cohered muriate of potash (MOP) product containing boron, the MOP product being formed from a compacted MOP composition, the composition comprising: muriate of potash containing from about 55.0 weight percent to about 62.0 weight percent K 2 O; and a first source of boron present in an amount such that the MOP product comprises a boron content between 0.001 and 0.7 weight percent. muriate of potash containing from about 55.0 weight percent to about 62.0 weight percent K 2 O; and a first source of boron present in an amount such that the MOP product comprises a boron content between 0.001 and 0.7 weight percent.
A combustion pressure sensor formed of a ring-shaped cylindrical body, the combustion pressure sensor detecting combustion pressure in a combustion chamber of an engine, wherein the cylindrical body forms a sealed space sealed with a ring-shaped diaphragm on one side and with a ring-shaped support member on an opposite side, the sealed space being defined by an external cylindrical member and an internal cylindrical member coaxial with each other, the diaphragm has a ring-shaped pressure receiving part formed on a front surface of the diaphragm facing the combustion chamber to receive pressure from the combustion chamber and to deflect, and the diaphragm has a ring-shaped transmitting part formed on a rear surface of the diaphragm to transmit the received pressure to a pressure transmitting member , the pressure transmitting member and a pressure detecting element are provided in the sealed space, and the pressure transmitting member abuts against the ring-shaped transmitting part of the diaphragm , the pressure detecting element abuts against the pressure transmitting member , and the ring-shaped support member abuts against the pressure detecting element ; and wherein the ring-shaped transmitting part and the ring-shaped pressure receiving part of the diaphragm are formed integrally, a ring thickness is smaller at the ring-shaped transmitting part than at the ring-shaped pressure receiving part, and the ring-shaped transmitting part is provided in a central part of a thickness direction of the ring-shaped pressure receiving part, thereby forming a T-shape cross section, and wherein the ring-shaped transmitting part of the diaphragm is formed so as to become smaller gradually in the ring thickness from its side abutting the pressure transmitting member toward its side abutting the ring-shaped pressure receiving part of the diaphragm .