mhurhangee/ep-ind-claims huggingface dataset:
A railroad vehicle comprising: a vehicle body; a truck frame constituting a truck for supporting the vehicle body; an anti-rolling device (3; 40; 45) provided stretching between the vehicle body and the truck frame for suppressing a relative roll displacement of the vehicle body; a torsion bar provided extending in a width direction of the vehicle body in the anti-rolling device; an arm extending in a longitudinal direction of the vehicle body from each end of the torsion bar; a rod extending in a vertical direction of the vehicle body from a tip of the arm; a joint section provided at a tip of the rod; an annular member (34; 36) provided at the joint section and connected to the rod; an elastic body (33; 35) filling an inside of the annular member; a coupling bar extending along an axis of the annular member and supported by the elastic body; and a control member for controlling displacement of the coupling bar in a height direction; characterised in that: the control member is a stopper rubber provided on an extending portion (34a; 36a) extending in an axial direction of the annular member (34; 36) from each end of the annular member in a height direction, and the stopper rubber controls displacement of the coupling bar in the height direction accompanied by deformation of the elastic body (33; 35) when a relative roll displacement occurs. a vehicle body; a truck frame constituting a truck for supporting the vehicle body; an anti-rolling device (3; 40; 45) provided stretching between the vehicle body and the truck frame for suppressing a relative roll displacement of the vehicle body; a torsion bar provided extending in a width direction of the vehicle body in the anti-rolling device; an arm extending in a longitudinal direction of the vehicle body from each end of the torsion bar; a rod extending in a vertical direction of the vehicle body from a tip of the arm; a joint section provided at a tip of the rod; an annular member (34; 36) provided at the joint section and connected to the rod; an elastic body (33; 35) filling an inside of the annular member; a coupling bar extending along an axis of the annular member and supported by the elastic body; and a control member for controlling displacement of the coupling bar in a height direction; characterised in that: the control member is a stopper rubber provided on an extending portion (34a; 36a) extending in an axial direction of the annular member (34; 36) from each end of the annular member in a height direction, and the stopper rubber controls displacement of the coupling bar in the height direction accompanied by deformation of the elastic body (33; 35) when a relative roll displacement occurs. the control member is a stopper rubber provided on an extending portion (34a; 36a) extending in an axial direction of the annular member (34; 36) from each end of the annular member in a height direction, and the stopper rubber controls displacement of the coupling bar in the height direction accompanied by deformation of the elastic body (33; 35) when a relative roll displacement occurs.
Sensor holder for fixing and making electric contact with a sensor on a hydraulic cylinder which has a first positioning element and a second positioning element, in particular on a master cylinder, the sensor holder comprising a main body with a covering for holding the sensor and with an electric connector, at least one first positioning means and one second positioning means for positioning the sensor on the sensor holder and for positioning the sensor holder on the hydraulic cylinder being provided on the covering, characterized in that the first positioning means has a holder for holding the first positioning element in a tolerance-free manner, and in that the second positioning means has a holder for holding the second positioning element in an at least one-dimensional and tolerance-compensating manner.
Wall construction of a radiation protection bunker having a passage into the interior of the radiation protection bunker, wherein the wall construction has at least a first and a second wall portion (11, 12) in the form of separate wall elements, and the first and the second wall portions (11, 12) are arranged offset with respect to one another, wherein one of the wall portions (11, 12) is offset with respect to the interior of the radiation protection bunker, the offset substantially corresponds to the wall thickness of one of the wall portions (11, 12), and an overlapping region is present in which the wall portions (11, 12) overlap, wherein one of the two wall portions has a subregion which functions as a door leaf and can be moved from a first position in which it closes the passage into a second position in which it opens up the passage, wherein the movement takes place along the overlapping region, and the subregion has a narrow side which bears in the first position on a corresponding region of the wall portion (11, 12) having the subregion.
A crystalline form CS1 of {[5-(3-chlorophenyl)-3-hydroxypyridine-2-carbonyl] amino} acetic acid, wherein the X-ray powder diffraction pattern shows characteristic peaks at 2theta values of 13.9°±0.2°, 15.3°±0.2°, 15.6°±0.2° and 26.8°±0.2° using CuKα radiation.
An orthodontic system comprising: a plurality of removable orthodontic tooth aligners, each comprising: a shell having a plurality of cavities shaped to receive a patient's teeth, wherein the shell comprises a first layer and a second layer having a stiffness less than a stiffness of the first layer, wherein the first layer comprises an exterior layer of the shell and the second layer comprises an interior layer of the shell; a discontinuity (312, 316, 320, 326, 328, 334, 402, 502) formed in the first layer, and wherein the aligners are successively wearable by the patient to move one or more teeth from a first arrangement to a second arrangement. a shell having a plurality of cavities shaped to receive a patient's teeth, wherein the shell comprises a first layer and a second layer having a stiffness less than a stiffness of the first layer, wherein the first layer comprises an exterior layer of the shell and the second layer comprises an interior layer of the shell; a discontinuity (312, 316, 320, 326, 328, 334, 402, 502) formed in the first layer, and wherein the aligners are successively wearable by the patient to move one or more teeth from a first arrangement to a second arrangement.
A part stopping/passing unit unite comprising: a unit main body having a part passage; an opening/closing member configured to open and close the part passage, wherein the opening/closing member comprises a stopper surface for stopping a part and a passing hole for allowing the part to pass there through; and characterized by an attracting mechanism, which is configured to position the part by an attracting force when the stopper surface takes a part stopping position, and to allow the part to pass by elimination of the attraction force when the passing hole takes a part passing position, or a pressing mechanism (86, 91), which is configured to position the part by a pressing force when the stopper surface takes the part stopping position, and to allow the part to pass by elimination of the pressing force when the passing hole takes the part passing position. a unit main body having a part passage; an opening/closing member configured to open and close the part passage, wherein the opening/closing member comprises a stopper surface for stopping a part and a passing hole for allowing the part to pass there through; and characterized by an attracting mechanism, which is configured to position the part by an attracting force when the stopper surface takes a part stopping position, and to allow the part to pass by elimination of the attraction force when the passing hole takes a part passing position, or a pressing mechanism (86, 91), which is configured to position the part by a pressing force when the stopper surface takes the part stopping position, and to allow the part to pass by elimination of the pressing force when the passing hole takes the part passing position.
A method of performing memory operations in a memory array, the method comprising: providing, as inputs to a compare circuit, true and complement versions of a first single search bit and true and complement versions of a first data bit stored in a data row of the memory array, the compare circuit comprising a multiplexor consisting of two pairs of pass transistors (272, 274, 276, 278); comparing the true and complement versions of a first single search bit with the true and complement versions of a first data bit stored in a data row of the memory array, prior to any amplification of the true and complement versions of the first data bit, wherein the comparing comprises enabling only one pair of the two pairs of pass transistors (272, 274, 276, 278) of the multiplexor to generate a first and second output to be used as true and complement sense amplifier inputs respectively; and amplifying the true and complement sense amplifier inputs in a sense amplifier to generate a first single-ended match signal; and aggregating in a NAND gate, the first single-ended match signal with two or more other single-ended match signals from comparing two or more search bits with two or more data bits in the data row to generate a hit or miss indication for the data row. providing, as inputs to a compare circuit, true and complement versions of a first single search bit and true and complement versions of a first data bit stored in a data row of the memory array, the compare circuit comprising a multiplexor consisting of two pairs of pass transistors (272, 274, 276, 278); comparing the true and complement versions of a first single search bit with the true and complement versions of a first data bit stored in a data row of the memory array, prior to any amplification of the true and complement versions of the first data bit, wherein the comparing comprises enabling only one pair of the two pairs of pass transistors (272, 274, 276, 278) of the multiplexor to generate a first and second output to be used as true and complement sense amplifier inputs respectively; and amplifying the true and complement sense amplifier inputs in a sense amplifier to generate a first single-ended match signal; and aggregating in a NAND gate, the first single-ended match signal with two or more other single-ended match signals from comparing two or more search bits with two or more data bits in the data row to generate a hit or miss indication for the data row.
A setting punch for a rivet setting tool, comprising a head piece with a recess into which a rivet can be inserted, and a lower part, wherein the head piece is resiliently supported axially relative to the lower part by means of an elastomeric element, and wherein surfaces of the head piece and of the lower part facing a gap define an abutment; characterized in that the elastomeric element is provided in the form of an 0-ring which is arranged in a recess, wherein the head piece and the lower part are undercut adjacent to the recess in a manner so that by means of the elastomeric element a form-fitting connection is established between the head piece and the lower part.
An aqueous chemical-mechanical polishing composition for polishing a molybdenum-containing substrate, the composition comprising an aqueous carrier having a pH in the range of 3 to 6 and containing, at point of use: (a) a particulate abrasive; (b) a water soluble surface active material, wherein the particulate abrasive comprises alpha-alumina and the surface active agent is a cationic material; wherein the cationic material is a cationic polymer; and (c) an oxidizing agent; (a) a particulate abrasive; (b) a water soluble surface active material, wherein the particulate abrasive comprises alpha-alumina and the surface active agent is a cationic material; wherein the cationic material is a cationic polymer; and (c) an oxidizing agent;
A method of transmitting data in a wireless local area network, the method comprising: generating a first training field sequence used for frame timing acquisition and Automatic Gain Control, AGC, wherein the first training field sequence is used for 1 MHz transmission; duplicating the first training field sequence over 8 MHz bandwidth; generating a second training field sequence used for channel estimation, wherein the second training field sequence is used for 1 MHz transmission; duplicating the second training field sequence over the 8 MHz bandwidth; applying a phase modulation to the duplicated first training field sequence and the duplicated second training field sequence by applying {a0, a1, a2, a3, a4, a5, a6, a7} = {1, -1, 1, 1, 1, 1, -1, -1} to the duplicated first training field sequence and the duplicated second training field sequence as shown: a 0, k < − 96 a 1, − 96 ≤ k < − 64 a 2, − 64 ≤ k < − 32 a 3, − 32 ≤ k < 0 a 4,0 ≤ k < 32 a 5,32 ≤ k < 64 a 6,64 ≤ k < 96 a 7,96 ≤ k where k denotes a subcarrier index of a subcarrier on which the first training field sequence is to be transmitted, transmitting a physical layer protocol data unit, PPDU, over the 8 MHz bandwidth to a receiver, the PPDU including the phase modulated first training field sequence and the phase modulated second training field sequence. generating a first training field sequence used for frame timing acquisition and Automatic Gain Control, AGC, wherein the first training field sequence is used for 1 MHz transmission; duplicating the first training field sequence over 8 MHz bandwidth; generating a second training field sequence used for channel estimation, wherein the second training field sequence is used for 1 MHz transmission; duplicating the second training field sequence over the 8 MHz bandwidth; applying a phase modulation to the duplicated first training field sequence and the duplicated second training field sequence by applying {a0, a1, a2, a3, a4, a5, a6, a7} = {1, -1, 1, 1, 1, 1, -1, -1} to the duplicated first training field sequence and the duplicated second training field sequence as shown: a 0, k < − 96 a 1, − 96 ≤ k < − 64 a 2, − 64 ≤ k < − 32 a 3, − 32 ≤ k < 0 a 4,0 ≤ k < 32 a 5,32 ≤ k < 64 a 6,64 ≤ k < 96 a 7,96 ≤ k where k denotes a subcarrier index of a subcarrier on which the first training field sequence is to be transmitted, transmitting a physical layer protocol data unit, PPDU, over the 8 MHz bandwidth to a receiver, the PPDU including the phase modulated first training field sequence and the phase modulated second training field sequence.
A method of producing a rubber, comprising: a) (co)polymerizing: - at least one conjugated diene monomer, - optionally at least one vinylaromatic monomer, and - a vinyl-silicon compound, in the presence of a functionalizing lithium initiator, and b) modifying the obtained (co)polymer by a polyfunctional silicon-containing agent, wherein the functionalizing lithium initiator is obtained by reacting an organolithium compound, a secondary amine and a conjugated diene. a) (co)polymerizing: - at least one conjugated diene monomer, - optionally at least one vinylaromatic monomer, and - a vinyl-silicon compound, in the presence of a functionalizing lithium initiator, and - at least one conjugated diene monomer, - optionally at least one vinylaromatic monomer, and - a vinyl-silicon compound, in the presence of a functionalizing lithium initiator, and b) modifying the obtained (co)polymer by a polyfunctional silicon-containing agent,
A rotary actuator (2900, 3000, 3100) comprising: a housing (2950, 3050, 3150); a rotor assembly (2910, 3010, 3110) rotatably journaled in said housing and including a rotary output shaft (2912, 3012, 3112); a central actuation assembly (2960, 3060, 3160) including a central mounting point (2964, 3064, 3164) formed in an external surface of the rotary output shaft, said central mounting point proximal to the longitudinal midpoint of the rotary output shaft; a central mounting assembly (2980, 3080, 3180) comprising a radially projecting portion of the housing disposed at a longitudinal midpoint of the housing and adapted for attachment to an external mounting connector of a mounting surface of an aircraft structural member; and an actuation arm (2962, 3062, 3162) removably attached at a proximal end to the central mounting point, said actuation arm adapted at a distal end for attachment to an external mounting feature of an aircraft assembly to be actuated. a housing (2950, 3050, 3150); a rotor assembly (2910, 3010, 3110) rotatably journaled in said housing and including a rotary output shaft (2912, 3012, 3112); a central actuation assembly (2960, 3060, 3160) including a central mounting point (2964, 3064, 3164) formed in an external surface of the rotary output shaft, said central mounting point proximal to the longitudinal midpoint of the rotary output shaft; a central mounting assembly (2980, 3080, 3180) comprising a radially projecting portion of the housing disposed at a longitudinal midpoint of the housing and adapted for attachment to an external mounting connector of a mounting surface of an aircraft structural member; and an actuation arm (2962, 3062, 3162) removably attached at a proximal end to the central mounting point, said actuation arm adapted at a distal end for attachment to an external mounting feature of an aircraft assembly to be actuated.
A solar cell comprising: a substrate comprising a plate-like base having heat dissipation properties, and a first conductive line and a second conductive line disposed and electrically isolated from each other on the base; a plurality of multi-junction solar cell units each having a lower electrode that is bonded on, and electrically connected to, the first conductive line, a cell stack comprising a bottom cell layer disposed on an upper surface of the lower electrode and a top cell layer disposed on an upper surface of the bottom cell layer, a transparent electrode disposed on an upper surface of the top cell layer, and a conductor connecting the transparent electrode to the second conductive line; a single glass plate having one face bonded to the transparent electrodes of the plurality of multi-junction solar cell units via an adhesive; and a condenser lens, characterized in that the condenser lens is disposed on another face of the glass plate via a transparent adhesive, the another face being flat, wherein the condenser lens is a single fly-eye lens having a plurality of plano-convex lenses, each having a curved light receiving surface, a focal point at the respective transparent electrode of the plurality of multijunction solar cell units, and a recess for trapping air bubbles in the transparent adhesive provided at a part of a boundary region with the transparent adhesive other than regions where light is transmitted to the respective solar cell of the plurality of multijunction solar cell units. a substrate comprising a plate-like base having heat dissipation properties, and a first conductive line and a second conductive line disposed and electrically isolated from each other on the base; a plurality of multi-junction solar cell units each having a lower electrode that is bonded on, and electrically connected to, the first conductive line, a cell stack comprising a bottom cell layer disposed on an upper surface of the lower electrode and a top cell layer disposed on an upper surface of the bottom cell layer, a transparent electrode disposed on an upper surface of the top cell layer, and a conductor connecting the transparent electrode to the second conductive line; a single glass plate having one face bonded to the transparent electrodes of the plurality of multi-junction solar cell units via an adhesive; and a condenser lens, characterized in that the condenser lens is disposed on another face of the glass plate via a transparent adhesive, the another face being flat, wherein the condenser lens is a single fly-eye lens having a plurality of plano-convex lenses, each having a curved light receiving surface, a focal point at the respective transparent electrode of the plurality of multijunction solar cell units, and a recess for trapping air bubbles in the transparent adhesive provided at a part of a boundary region with the transparent adhesive other than regions where light is transmitted to the respective solar cell of the plurality of multijunction solar cell units.
A method for measuring received optical power of an Optical Network Unit, ONU, characterized in that the method comprises: acquiring a type of an optical Received Signal Strength Indicator (RSSI) measurement module at an Optical Line Terminal, OLT, side automatically; acquiring a bandwidth and/or byte width required for measuring a Received Signal Strength Indicator, RSSI, according to the acquired type of the optical module, and notifying the bandwidth and/or byte width to a Dynamical Bandwidth Assigned, DBA, module at the OLT side; distributing, by the DBA module, the bandwidth and/or byte width to the ONU of which the RSSI is measured; and sending, by the ONU, an uplink optical signal to the optical module according to the bandwidth and/or byte width; and measuring, by the optical module, the RSSI value according to the received uplink optical signal. acquiring a type of an optical Received Signal Strength Indicator (RSSI) measurement module at an Optical Line Terminal, OLT, side automatically; acquiring a bandwidth and/or byte width required for measuring a Received Signal Strength Indicator, RSSI, according to the acquired type of the optical module, and notifying the bandwidth and/or byte width to a Dynamical Bandwidth Assigned, DBA, module at the OLT side; distributing, by the DBA module, the bandwidth and/or byte width to the ONU of which the RSSI is measured; and sending, by the ONU, an uplink optical signal to the optical module according to the bandwidth and/or byte width; and measuring, by the optical module, the RSSI value according to the received uplink optical signal.
An optical reflex sight for mounting on a firearm comprising: a base defining a barrel end and a rear end; a frame extending upwardly from the base at the barrel end and defining an opening; an optical element received in the opening; and an illumination device operable to display an aiming point on the optical element to generate said aiming point; wherein the frame comprises upstanding side walls and a top wall comprising an upper surface, a lower surface that contacts the optical element, characterized in that the optical reflex sight comprises one or more cavities within the top wall. a base defining a barrel end and a rear end; a frame extending upwardly from the base at the barrel end and defining an opening; an optical element received in the opening; and an illumination device operable to display an aiming point on the optical element to generate said aiming point; wherein the frame comprises upstanding side walls and a top wall comprising an upper surface, a lower surface that contacts the optical element, characterized in that the optical reflex sight comprises one or more cavities within the top wall.