mhurhangee/ep-ind-claims huggingface dataset:
A locking bracket system in combination with a pair of line replaceable modules (LRMs) (301a,b), wherein the locking bracket system comprises: a chassis including a first chassis portion and a second chassis portion; and a first and a second locking bracket assembly (101;101a,b), each including: an expanding member (103;103a,b) configured to be actuated to expand; and an extension bracket (105;105a,b) attached to the expanding member (103;103a,b), wherein the extension bracket (105;105a,b) extends from the expanding member (103;103a,b) in a direction opposite that in which the expanding member (103;103a,b) expands, wherein each of the expanding members (103;103a,b) and the extension brackets (105;105a,b) are configured to compress against a respective LRM (301a,b) to retain the pair of LRMs (301a,b) to the first and second chassis portions (107a,b) when the expanding member (103;103a,b) is in an expanded position, wherein the extension bracket (105;105a,b) includes one or more guide post holes configured to receive a guide post wherein the locking bracket system further comprises a guide post disposed in each guide post hole, wherein each guide post is configured to slide in a chassis guide channel defined in the chassis. a chassis including a first chassis portion and a second chassis portion; and a first and a second locking bracket assembly (101;101a,b), each including: an expanding member (103;103a,b) configured to be actuated to expand; and an extension bracket (105;105a,b) attached to the expanding member (103;103a,b), wherein the extension bracket (105;105a,b) extends from the expanding member (103;103a,b) in a direction opposite that in which the expanding member (103;103a,b) expands, an expanding member (103;103a,b) configured to be actuated to expand; and an extension bracket (105;105a,b) attached to the expanding member (103;103a,b), wherein the extension bracket (105;105a,b) extends from the expanding member (103;103a,b) in a direction opposite that in which the expanding member (103;103a,b) expands, wherein each of the expanding members (103;103a,b) and the extension brackets (105;105a,b) are configured to compress against a respective LRM (301a,b) to retain the pair of LRMs (301a,b) to the first and second chassis portions (107a,b) when the expanding member (103;103a,b) is in an expanded position, wherein the extension bracket (105;105a,b) includes one or more guide post holes configured to receive a guide post wherein the locking bracket system further comprises a guide post disposed in each guide post hole, wherein each guide post is configured to slide in a chassis guide channel defined in the chassis.
A crystal form A of compound of formula, wherein the X-ray powder diffraction pattern using Cu-Kα radiation at the wavelength of 1.54056Å thereof has characteristic diffraction peaks at the following 2Θ angles: 10.81±0.2°, 15.97±0.2°, and 21.69±0.2°,
A method for determining the weight of an agricultural bale formed in a baler comprising the steps of: determining an empty baler tare weight (W t) while the baler is on a level surface (302, 401, 501); forming a bale in the baler (303, 304, 504, 505); determining a full baler weight of the baler and completed bale (W f) (305, 506) and calculating a raw bale weight (W r) wherein W r = W f - W t (306, 510); characterized in further comprising the steps of: ejecting the bale from the baler and determining an empty baler weight (W e) (307, 511); calculating a cosine of an angle of a slope upon which the baler sits (COS A) wherein COS A = W e /W t (308, 512); and, calculating an actual bale weight (W a) wherein W a = W r /COS A (309, 513). ejecting the bale from the baler and determining an empty baler weight (W e) (307, 511); calculating a cosine of an angle of a slope upon which the baler sits (COS A) wherein COS A = W e /W t (308, 512); and, calculating an actual bale weight (W a) wherein W a = W r /COS A (309, 513).
Antiperspirant preparation comprising one or more antiperspirant active ingredients and hydrotalcite (dialuminium hexamagnesium carbonate hexadecahydroxide tetrahydrate), where the water fraction is less than 5% by weight, based on the total mass of the preparation, and the preparation is free from 2-alkyl-branched acids and/or derivatives thereof if the 2-alkyl-branched acids have 4 to 38 carbon atoms, characterized in that the weight ratio of water to hydrotalcite is selected from 10:1 to 1:10.
A bogie frame for railroad vehicle, wherein a single lateral beam (13; 16; 17; 18; 19) placed to extend in a left-right direction along a rail-tie so that a motor and brakes can be mounted on the lateral beam (13; 16; 17; 18; 19) is joined to right and left side beams arranged to extend in a front-rear direction along a rail, the lateral beam (13; 16; 17; 18; 19) includes right and left joining sections (31; 61; 71; 81; 91) joined to the side beams by penetrating through the side beams and an intermediate section (32; 62; 72; 82) provided between the joining sections (31; 61; 71; 81; 91), characterized in that each of the joining sections (31; 61; 71; 81; 91) and the intermediate section (32; 62; 72; 82) have a flattened shape in section when seen in a longitudinal direction having a width in the front-rear direction larger than a thickness in a top-bottom direction, the intermediate section being formed with an oblong through hole (33; 64) at a center, each joining section (31; 61; 71; 81; 91) has an oblong cross section located in the front-rear direction, and the intermediate section (32; 62; 72; 82) has flat end faces located in the front-rear direction and a flat wall defining the through hole (33; 64), and the intermediate section (32; 62; 72; 82) is formed to be wider in the front-rear direction than the joining sections (31; 61; 71; 81; 91) to avoid the necessity of adjusting a position of a motor in the front-rear direction with a bracket when a motor is mounted on the intermediate section (32; 62; 72; 82) and coupled to an axle through a gear unit, and the joining sections (31; 61; 71; 81; 91) have a size in the left-right direction to allow mounting of brakes on the joining sections inside the side beams.
Test method for examining an inspection device, which is associated with a functional unit, such as a filler, a labelling machine, or a closer, of a container handling system, wherein at least the following steps occur automatically: - producing a number of containers, referred to as test containers, with defined faults and, as appropriate, undefined faults, by the functional unit itself, in that a control signal is sent to the functional unit for producing a distinctive element; - leading these test containers past the inspection device, which detects the test containers and produces a corresponding control signal. - producing a number of containers, referred to as test containers, with defined faults and, as appropriate, undefined faults, by the functional unit itself, in that a control signal is sent to the functional unit for producing a distinctive element; - leading these test containers past the inspection device, which detects the test containers and produces a corresponding control signal.
A combined multi-coupler for connecting to a top drive, comprising: a stem for connecting to the top drive; a first coupling plate fixedly attached to the stem, wherein the first coupling plate has one or more notches formed therethrough; and a securing plate movable relative to the first coupling plate, wherein the securing plate has one or more securing keys aligned with the one or more notches in the first coupling plate, and each securing key is movable between a locked position in the corresponding notch and an unlocked position out of the corresponding notch; and characterized by: a second coupling plate adapted to connect to a tool, wherein the second coupling plate has one or more interlock keys, and each interlock key is alignable with a corresponding notch in the first coupling plate. a stem for connecting to the top drive; a first coupling plate fixedly attached to the stem, wherein the first coupling plate has one or more notches formed therethrough; and a securing plate movable relative to the first coupling plate, wherein the securing plate has one or more securing keys aligned with the one or more notches in the first coupling plate, and each securing key is movable between a locked position in the corresponding notch and an unlocked position out of the corresponding notch; and characterized by: a second coupling plate adapted to connect to a tool, wherein the second coupling plate has one or more interlock keys, and each interlock key is alignable with a corresponding notch in the first coupling plate.
Method for a driver assistance system of an ego vehicle driving along a driving lane for determining a future trajectory of the ego vehicle based on the data of a sensor system for capturing the vicinity of the ego vehicle, wherein the driving lane is defined as a free area lying ahead of the ego vehicle between a laterally left-side and a laterally right-side driving lane boundary, wherein i) environment objects and their positions in front of the ego vehicle are ascertained using the sensor data, ii) a data evaluation unit of the driver assistance system generates a presentation of the vehicle environment of the ego vehicle by way of position points using the ascertained environment objects, iii) the presentation of the vehicle environment of the ego vehicle is transmitted, via a vehicle bus, to a control unit for determining the future trajectory of the ego vehicle, characterized in that the course and shape of the driving lane are represented by a left-side and right-side list of the position points with respect to the driving lane along which the ego vehicle is driving, wherein each position point has a predefined set of attributes that indicate, with respect to the driving lane along which the ego vehicle is driving, an ability of a vehicle to laterally drive over the driving lane boundary represented by the position points, wherein one attribute of the position points indicates a lateral width with respect to the driving lane, and wherein the lateral width is a measure of a region outside the driving lane boundary represented by the left-side and right-side list of the position points, which is usable as manoeuvring space. i) environment objects and their positions in front of the ego vehicle are ascertained using the sensor data, ii) a data evaluation unit of the driver assistance system generates a presentation of the vehicle environment of the ego vehicle by way of position points using the ascertained environment objects, iii) the presentation of the vehicle environment of the ego vehicle is transmitted, via a vehicle bus, to a control unit for determining the future trajectory of the ego vehicle,
Valve for a turbomachine, in particular for a steam turbine, the valve comprising a valve cone and a valve seat, the valve cone being configured such that it can be moved in a valve body with respect to the valve seat, the valve body having a first pressure space which is configured in such a way that, in the case of loading in the first pressure space at the pressure p 1, the valve cone moves in the direction of the valve seat, the valve body having a second pressure space which is configured in such a way that, in the case of loading in the second pressure space at the pressure p 1, the valve cone moves in the direction away from the valve seat, the first pressure space having a projected effective first pressure area A1, as viewed in the movement direction of the valve cone toward the valve seat, the second pressure space having a projected effective second pressure area A2, as viewed in the movement direction of the valve cone away from the valve seat, wherein: A1 < A2.
A method for producing a polyphenylsulfone hollow fiber membrane for humidifying membranes, the method comprising subjecting a hollow fiber membrane to washing in pressurized water at 121°C for 1-5 hours followed by a crosslinking treatment of heating at 160 to 180°C for 5 to 12 hours, wherein the hollow fiber membrane is obtained by a wet spinning method or a dry-wet spinning method using a spinning dope comprising polyphenylsulfone, hydrophilic polyvinylpyrrolidone, and a water-soluble organic solvent solution.
A stretchable conductive yarn comprising a core with conductive and elastic properties, and a non-conductive sheath covering said core, wherein said core includes first conductive elastic fibers and second (5, 6) less elastic fibers, said first and second fibers being combined and/or connected together in the core of the yarn, wherein said first and second fibers are intermingled or twisted together or mechanically co-extruded in the core of the yarn, and wherein at least one of said first and second (5, 6) fibers includes conductive particles dispersed therein.
A system for optimizing the presence information refresh for a mobile device that is active on a wireless communication network, comprising: a mobile device configured to store presence information; wherein the mobile device is configured to store state information for a plurality of available communications channels on the wireless communication network, wherein each communication channel is associated with a different communication protocol; wherein the mobile device is configured to store the presence information accessible to a plurality of applications installed on the mobile device; wherein the mobile device is configured to select an available communication channel from the plurality of communication channels to send a request for updated presence information; characterised in that the mobile device is configured to send a request to a base transceiver station to update the presence information via the selected communication channel with information received from a remote computer system in response to a comparison of a quantification to a threshold; and wherein the mobile device is configured to calculate the quantification from at least load information for the base transceiver station received via the selected communication channel. a mobile device configured to store presence information; wherein the mobile device is configured to store state information for a plurality of available communications channels on the wireless communication network, wherein each communication channel is associated with a different communication protocol; wherein the mobile device is configured to store the presence information accessible to a plurality of applications installed on the mobile device; wherein the mobile device is configured to select an available communication channel from the plurality of communication channels to send a request for updated presence information; characterised in that the mobile device is configured to send a request to a base transceiver station to update the presence information via the selected communication channel with information received from a remote computer system in response to a comparison of a quantification to a threshold; and wherein the mobile device is configured to calculate the quantification from at least load information for the base transceiver station received via the selected communication channel.
A method for supporting a Basic Service Set, BSS, by an Access Point, AP, in a wireless local area network system, the method comprising: scanning an overlapping BSS, OBSS; and selecting a primary channel for a new BSS of the AP from among channels on which no beacons are detected during the OBSS scan, wherein if the new BSS supports an operating channel having a width of 4 MHz, 8 MHz, or 16 MHz, the AP selects a primary 2 MHz channel having a width of 2 MHz for the new BSS, and the AP selects a primary 1 MHz channel having a width of 1 MHz within the primary 2 MHz channel, the primary 2 MHz channel consisting of the primary 1 MHz channel and a secondary 1 MHz channel, wherein the selected primary 2 MHz channel should not be identical to a secondary 2 MHz channel of the OBSS when an operating channel width of the OBSS is 4 MHz or 8 MHz, and wherein the selected primary 2 MHz channel should not be identical to the secondary 2 MHz channel of the OBSS and should not overlap with a secondary 4 MHz channel of the OBSS when the operating channel width of the OBSS is 16 MHz, and the AP announces information indicating whether the primary 1 MHz channel has been selected at an upper side of the primary 2 MHz channel or at a lower side of the primary 2 MHz channel. scanning an overlapping BSS, OBSS; and selecting a primary channel for a new BSS of the AP from among channels on which no beacons are detected during the OBSS scan, wherein if the new BSS supports an operating channel having a width of 4 MHz, 8 MHz, or 16 MHz, the AP selects a primary 2 MHz channel having a width of 2 MHz for the new BSS, and the AP selects a primary 1 MHz channel having a width of 1 MHz within the primary 2 MHz channel, the primary 2 MHz channel consisting of the primary 1 MHz channel and a secondary 1 MHz channel, wherein the selected primary 2 MHz channel should not be identical to a secondary 2 MHz channel of the OBSS when an operating channel width of the OBSS is 4 MHz or 8 MHz, and wherein the selected primary 2 MHz channel should not be identical to the secondary 2 MHz channel of the OBSS and should not overlap with a secondary 4 MHz channel of the OBSS when the operating channel width of the OBSS is 16 MHz, and the AP announces information indicating whether the primary 1 MHz channel has been selected at an upper side of the primary 2 MHz channel or at a lower side of the primary 2 MHz channel.
Heat-expandable microspheres consisting of an outer shell made of a thermoplastic resin obtained by polymerizing a monomer component in the presence of a polymerization initiator, and a foaming agent encapsulated in the outer shell and having a boiling point not higher than a softening point of the thermoplastic resin, wherein the monomer component comprises a nitrile monomer and carboxyl group-containing monomer as an essential component; and the foaming agent comprises a fluorine-containing compound having an ether structure and a carbon number of 2-10 and containing no chlorine atom and bromine atom, and a compression recovering ratio is not less than 82% after hollow fine particles obtained by heat-expanding the heat-expandable microspheres are subjected to a treatment of increasing an internal pressure according to the method as described in paragraphs and of the description.
Ceramic with a corrosion protection layer applied at least in certain areas to the surface of the ceramic and comprising a multilayer system, comprising a corrosion-resistant top layer comprising a rare earth silicate, a rare earth titanate, a rare earth oxide or mixtures thereof, which forms a diffusion barrier or barrier layer against hot gas, oxygen or other substances having a corrosive effect on the ceramic, and at least one adhesion-promoting base layer with a coefficient of thermal expansion α ZS arranged between ceramic with a coefficient of thermal expansion α NOK and top layer, wherein the base layer consists of a mixture containing ZrO 2 and Al 2 TiO 5 and optionally ZrTiO 4, each stabilized or unstabilized, and the proportions of these components are selected so that the ratio of the coefficients of thermal expansion α ZS /α NOK is in the range of 0.75 to 1.25.
A vehicle chassis arrangement (1, 116) for a vehicle, wherein the chassis comprises two frame elements and a differential housing, the differential housing having a rear facing surface, the frame elements connected to the rear facing surface of the differential housing to face in the rearward direction of the vehicle and to form a chassis frame, characterized in that: a tank cover is attached to the rear facing surface of the differential housing, and between the frame elements, to form a fluid storage tank (2a, 2b, 9a, 9b) defined between the tank cover and the rear facing surface of the differential housing.
A method for manufacturing a highly heat-resistant sound absorbing and insulating material which does not experience change in shape under a high-temperature environment of 200 °C or greater and satisfies UL 94V-0 flame retardancy, comprising: a beating step of beating a fiber material comprising a heat-resistant fiber; a web forming step of forming a web from the beaten and mixed fiber material; a web stacking step of stacking the formed web; a needle punching step of forming a nonwoven fabric by moving a needle up and down through the stacked web; a binder impregnating step of forming a binder-impregnated nonwoven fabric by immersing the nonwoven fabric formed in the needle punching step in a binder solution, wherein the binder solution, a thermosetting binder resin having a heat resistance temperature of 200 °C or greater is dispersed in an organic solvent at a concentration of 5-70 wt%, and wherein the binder impregnating step further comprises compressing the binder-impregnated nonwoven fabric at a pressure of 98000 − 1960000 N m 2 1 − 20 kgf / cm 2 to form a binder-impregnated nonwoven fabric having a grammage of 1,000-3,000 g/m 2; and a solvent recovering step of removing a solvent from the binder-impregnated nonwoven fabric to obtain a nonwoven as a sound absorbing and insulating material. a beating step of beating a fiber material comprising a heat-resistant fiber; a web forming step of forming a web from the beaten and mixed fiber material; a web stacking step of stacking the formed web; a needle punching step of forming a nonwoven fabric by moving a needle up and down through the stacked web; a binder impregnating step of forming a binder-impregnated nonwoven fabric by immersing the nonwoven fabric formed in the needle punching step in a binder solution, wherein the binder solution, a thermosetting binder resin having a heat resistance temperature of 200 °C or greater is dispersed in an organic solvent at a concentration of 5-70 wt%, and wherein the binder impregnating step further comprises compressing the binder-impregnated nonwoven fabric at a pressure of 98000 − 1960000 N m 2 1 − 20 kgf / cm 2 to form a binder-impregnated nonwoven fabric having a grammage of 1,000-3,000 g/m 2; and a solvent recovering step of removing a solvent from the binder-impregnated nonwoven fabric to obtain a nonwoven as a sound absorbing and insulating material.