mhurhangee/ep-ind-claims huggingface dataset:
An organic amine salt, which is a salt of an organic amine compound represented by the following Formula and an acid represented by the following Formula: wherein, in Formula, each of R 1, R 2, R 3 and R 4 represents a hydrogen atom and R 5 represents a methyl group; wherein, in Formula, each of R 6 and R 7 represents a hydroxyl group. wherein, in Formula, each of R 1, R 2, R 3 and R 4 represents a hydrogen atom and R 5 represents a methyl group; wherein, in Formula, each of R 6 and R 7 represents a hydroxyl group.
A fastening system for attaching a cover to an underground vault comprising: a bolt having threads; and a composite fiber reinforced polymer nut having a thread engagement portion extending through at least a portion of the nut, characterized in that the thread engagement portion fails in shear after receiving the bolt before the nut and bolt seize. a bolt having threads; and a composite fiber reinforced polymer nut having a thread engagement portion extending through at least a portion of the nut, characterized in that the thread engagement portion fails in shear after receiving the bolt before the nut and bolt seize.
A method of communications at a wireless device, comprising: receiving, at the wireless device, a first signal from a millimeter wave base station, the first signal beamformed on a plurality of beamforming vectors from a first codebook; scanning at least a portion of a plurality of antenna subarrays with a plurality of beamforming vectors from a subarray selection codebook to identify a quality of the first signal received at the portion of the plurality of antenna subarrays; wherein the subarray selection codebook comprises a codebook designed to mitigate near-field impairments; and selecting an antenna subarray from the scanned portion of the plurality of antenna subarrays based at least in part on the identified quality of the first signal. receiving, at the wireless device, a first signal from a millimeter wave base station, the first signal beamformed on a plurality of beamforming vectors from a first codebook; scanning at least a portion of a plurality of antenna subarrays with a plurality of beamforming vectors from a subarray selection codebook to identify a quality of the first signal received at the portion of the plurality of antenna subarrays; wherein the subarray selection codebook comprises a codebook designed to mitigate near-field impairments; and selecting an antenna subarray from the scanned portion of the plurality of antenna subarrays based at least in part on the identified quality of the first signal.
Fixed bed for aerobic or anaerobic wastewater purification, at least comprising an upper horizontal frame having support elements fixed to opposite side rails (2, 3) and/or intermediate rails for fastening textile, foldable, non-degradable supports for microorganisms, a lower horizontal frame having support elements for fixing the textile supports to the lower frame, wherein textile support materials are used as supports, wherein the frames can be assembled into an operating position from a position forming a stacked packaging unit, in which the fixed bed along with the folded textile support materials is stacked together to a packaging unit, and means, which connect the frames (1, 5) in at least the corner region, wherein the supports are fixed to the side rails (2, 3) and/or intermediate rails of the frames (1, 5) by means of the support elements in a pre-assembly step prior to folding, characterized in that the frames (1, 5) are provided with spacers (7, 8) at least in the corner regions, the height of said spacers corresponding to the material height of the folded supports between two frames (1, 5), that the means are lateral mounting elements which comprise a rectangular frame structure, or columns insertable into vertical through-bearings in or on the spacers (7, 8) and that the frames (1, 5) can be assembled into an operating position from a position forming a stacked packaging unit by attaching the lateral mounting elements or by inserting long columns into the through-bearings, and can be inserted into a waste water tank.
A method for forming a porous metallic article, comprising: freeform fabricating a ceramic mold having a controlled porosity distribution using a predetermined definition of porosity configuration; sintering the ceramic mold; supplying a molten alloy to the sintered mold; and removing the ceramic mold to yield a cast metallic article. freeform fabricating a ceramic mold having a controlled porosity distribution using a predetermined definition of porosity configuration; sintering the ceramic mold; supplying a molten alloy to the sintered mold; and removing the ceramic mold to yield a cast metallic article.
An actuator comprising: a nozzle; a valve; a conduit in fluid communication with the valve at one end portion and in fluid communication with the nozzle at an opposite end portion; and a trigger operatively connected with the valve, wherein the trigger comprises a first zone and a second zone, wherein the first and second zones are independently movable about a common axis, characterized in that the trigger comprises an energy storing coupling that joins the first and second zones and wherein the energy storing coupling is selected from the group consisting of: torsion spring, coil spring, leaf spring, elastomeric material, and combinations thereof. a nozzle; a valve; a conduit in fluid communication with the valve at one end portion and in fluid communication with the nozzle at an opposite end portion; and a trigger operatively connected with the valve, wherein the trigger comprises a first zone and a second zone, wherein the first and second zones are independently movable about a common axis, characterized in that the trigger comprises an energy storing coupling that joins the first and second zones and wherein the energy storing coupling is selected from the group consisting of: torsion spring, coil spring, leaf spring, elastomeric material, and combinations thereof.
A method of manufacturing a microchannel chip by joining together a resin channel substrate having microchannels formed on at least one side thereof and a resin lid substrate, the method comprising: a step wherein surface modification treatment is applied on joining surfaces of the channel substrate and the lid substrate; and a step wherein, after the step, the joining surfaces of the channel substrate and the lid substrate are mated and the channel substrate and the lid substrate are pressurized under heating via a fluid or an elastic body having a durometer hardness of E20 or less wherein, in the step, the surface modification treatment is applied using a silane coupling agent having an amino group for one of the joining surfaces of the channel substrate and the lid substrate and using a silane coupling agent having an epoxy group for the other joining surface, and the durometer hardness is measured using a type E durometer in accordance with JIS K6253. a step wherein surface modification treatment is applied on joining surfaces of the channel substrate and the lid substrate; and a step wherein, after the step, the joining surfaces of the channel substrate and the lid substrate are mated and the channel substrate and the lid substrate are pressurized under heating via a fluid or an elastic body having a durometer hardness of E20 or less wherein, in the step, the surface modification treatment is applied using a silane coupling agent having an amino group for one of the joining surfaces of the channel substrate and the lid substrate and using a silane coupling agent having an epoxy group for the other joining surface, and the durometer hardness is measured using a type E durometer in accordance with JIS K6253. in the step, the surface modification treatment is applied using a silane coupling agent having an amino group for one of the joining surfaces of the channel substrate and the lid substrate and using a silane coupling agent having an epoxy group for the other joining surface, and the durometer hardness is measured using a type E durometer in accordance with JIS K6253.
An outdoor unit comprising at least three compressors (CM1, CM2, CM3) the outdoor unit being configured with an oil equalization mode function configured to maintain a proper oil level in each of the compressors (CM1, CM2, CM3), the outdoor unit characterized in that it comprises a controller configured to control the starting and stopping of the compressors (CM1, CM2, CM3) in the oil equalization mode such that one of the at least three compressors (CM1, CM2, CM3) at a time is stopped or operated at a low load while being configured to cause the other of the at least three compressors (CM1, CM2, CM3) to operate, wherein the at least three compressors (CM1, CM2, CM3) comprise a first compressor and a second compressor, wherein during the oil equalization mode, the controller is configured to cause the second compressor, which is stopped or in a low-load operation, to begin starting up before the first compressor, which is in operation but is to be stopped or operated in a low-load condition, reaches low-load operation or is completely stopped, and the controller is configured to control the starting and stopping of each of the at least three compressors (CM1, CM2, CM3) so that the operation of starting up the second compressor is completed at the same time as when the first compressor is stopped or completes the transition to low-load operation.
n air purification device including a discharger having a pair of electrodes (51, 55) and being subjected to application of voltage between the electrodes (51, 55) to generate discharge, comprising: a controller configured to perform a normal discharge operation in which the discharger generates corona discharge or streamer discharge to purify air, and an emergency discharge operation in which a higher voltage than that in the normal discharge operation is applied to the electrodes (51, 55) to cause the discharger to generate spark discharge, thereby removing a substance, which is a component contained in air, adhering to the electrodes (51, 55) due to the normal discharge operation, wherein the electrodes are a high-voltage electrode having a projection and being subjected to voltage application, and a planar ground electrode facing the high-voltage electrode, and discharge is generated from a tip end of the projection toward the ground electrode, and an application voltage V in kV to the high-voltage electrode in the emergency discharge operation is a value satisfying V ≥ d × 1.2, where d represents a distance between the electrodes (51, 55) in millimeters, wherein the controller is configured to adjust the application voltage to the high-voltage electrode such that a current value between the electrodes (51, 55) is maintained constant and is configured to set an upper limit of the application voltage V to be a value greater than d × 1.2. a controller configured to perform a normal discharge operation in which the discharger generates corona discharge or streamer discharge to purify air, and an emergency discharge operation in which a higher voltage than that in the normal discharge operation is applied to the electrodes (51, 55) to cause the discharger to generate spark discharge, thereby removing a substance, which is a component contained in air, adhering to the electrodes (51, 55) due to the normal discharge operation, wherein the electrodes are a high-voltage electrode having a projection and being subjected to voltage application, and a planar ground electrode facing the high-voltage electrode, and discharge is generated from a tip end of the projection toward the ground electrode, and
A glazing comprising a glass substrate on which is deposited a coating comprising at least one layer, said layer being composed of a material comprising metal nanoparticles dispersed in an inorganic matrix of an oxide wherein, - said metallic nanoparticles are made of a metal selected from the group consisting of silver, gold, platinum, copper and nickel, or of an alloy consisting of at least two of these metals, - said matrix comprises or essentially consists of an oxide of at least one element chosen from the group of titanium, silicon, zirconium, - the atomic ratio M/Me in said material is less than 1.5, M representing all the atoms of the elements of said group of titanium, silicon, zirconium present in said layer and Me representing all the atoms of the metals of the group consisting of silver, gold, platinum, copper and nickel present in said layer, and wherein the thickness of said layer is between 5 and 100 nm. - said metallic nanoparticles are made of a metal selected from the group consisting of silver, gold, platinum, copper and nickel, or of an alloy consisting of at least two of these metals, - said matrix comprises or essentially consists of an oxide of at least one element chosen from the group of titanium, silicon, zirconium, - the atomic ratio M/Me in said material is less than 1.5, M representing all the atoms of the elements of said group of titanium, silicon, zirconium present in said layer and Me representing all the atoms of the metals of the group consisting of silver, gold, platinum, copper and nickel present in said layer,
A method of processing synchronization indication information, the method being applied to a terminal comprising: receiving a synchronization signal block sent by a base station; receiving synchronization indication information sent by the base station, wherein the synchronization indication information is used to indicate the synchronization signal block sent by the base station, the synchronization indication information is first indication information, or the synchronization indication information comprises the first indication information and second indication information, the first indication information is sent by the base station through system information and the second indication information is sent by the base station through a radio resource control signaling, characterised by determining multiplexing information among at least two of a Remaining Minimum System Information Control Resource Set,RMSI CORESET, a User Equipment-specific CORESET,UE-specific CORESET, and an other CORESET; and determining a time-frequency resource position for data reception according to the multiplexing information and the synchronization indication information. receiving a synchronization signal block sent by a base station; receiving synchronization indication information sent by the base station, wherein the synchronization indication information is used to indicate the synchronization signal block sent by the base station, the synchronization indication information is first indication information, or the synchronization indication information comprises the first indication information and second indication information, the first indication information is sent by the base station through system information and the second indication information is sent by the base station through a radio resource control signaling, characterised by determining multiplexing information among at least two of a Remaining Minimum System Information Control Resource Set,RMSI CORESET, a User Equipment-specific CORESET,UE-specific CORESET, and an other CORESET; and determining a time-frequency resource position for data reception according to the multiplexing information and the synchronization indication information.
A rodent containment cage, comprising: a cover member constructed from a polymer having a thickness of about 0.254 mm (0.01 inches) to about 2.032 mm (0.08 inches); at least one bottle receptacle disposed in the cover member which comprises four substantially perpendicular sides (907, 908, 909 and 910), a bottom portion connected to the sides (907, 908, 909, 910) and an aperture disposed on the bottom portion; and a base having a plurality of walls and a bottom formed from a polymer; wherein one or more of the sides (907, 908, 909, 910) of the bottle receptacle of the cover is about 0.254 mm or less from one or more of the cage base walls, wherein a corner portion or portions of said receptacle sides (907, 908) are nominally disposed adjacent walls of the base to minimize exposure to damaging activity of cage inhabitants. a cover member constructed from a polymer having a thickness of about 0.254 mm (0.01 inches) to about 2.032 mm (0.08 inches); at least one bottle receptacle disposed in the cover member which comprises four substantially perpendicular sides (907, 908, 909 and 910), a bottom portion connected to the sides (907, 908, 909, 910) and an aperture disposed on the bottom portion; and a base having a plurality of walls and a bottom formed from a polymer; wherein one or more of the sides (907, 908, 909, 910) of the bottle receptacle of the cover is about 0.254 mm or less from one or more of the cage base walls, wherein a corner portion or portions of said receptacle sides (907, 908) are nominally disposed adjacent walls of the base to minimize exposure to damaging activity of cage inhabitants.
Apparatus for the provision of topical negative pressure therapy to a wound, the apparatus including: a waste canister into which fluid is aspirated from a wound by aspiration pump means and a fluid path for at least a part of said aspirated fluid on an outlet side of said aspiration pump means, wherein said fluid path on the outlet side comprises a silencing system having a plurality of silencing elements therein, the silencing system comprises two primary exhaust conduit portions comprising a first exhaust conduit portion from a pump means outlet port; and a plenum chamber into which the first exhaust conduit portion feeds; and, a second exhaust conduit portion, wherein the plenum chamber is filled with sound-absorbent material which absorbs most of the sound energy as it is reflected back and forth between the walls of the plenum chamber, and wherein the sound absorbent material is also an odour filter characterised in that the plenum chamber has an open face which is sealed by an inner face portion of an outer casing structure of the apparatus itself.
A mixer assembly for a gas turbine engine comprising: a main mixer; and a pilot mixer concentrically arranged with the main mixer, wherein the main mixer surrounds at least a portion of the pilot mixer, the pilot mixer comprising an annular housing separating the pilot mixer from the main mixer and forming a cavity, wherein the annular housing has a forward portion and an aft portion and wherein the aft portion has a larger diameter than the forward portion; a fuel nozzle surrounded by the forward portion of the annular housing; and a bulkhead wall located downstream of the fuel nozzle and connecting the forward portion of the annular housing to the aft portion of the annular housing, characterized in that the bulkhead wall is substantially perpendicular to the aft portion of the annular housing forming a corner between the aft portion of the annular housing and the bulkhead wall. a main mixer; and a pilot mixer concentrically arranged with the main mixer, wherein the main mixer surrounds at least a portion of the pilot mixer, the pilot mixer comprising an annular housing separating the pilot mixer from the main mixer and forming a cavity, wherein the annular housing has a forward portion and an aft portion and wherein the aft portion has a larger diameter than the forward portion; a fuel nozzle surrounded by the forward portion of the annular housing; and a bulkhead wall located downstream of the fuel nozzle and connecting the forward portion of the annular housing to the aft portion of the annular housing, characterized in that the bulkhead wall is substantially perpendicular to the aft portion of the annular housing forming a corner between the aft portion of the annular housing and the bulkhead wall. an annular housing separating the pilot mixer from the main mixer and forming a cavity, wherein the annular housing has a forward portion and an aft portion and wherein the aft portion has a larger diameter than the forward portion; a fuel nozzle surrounded by the forward portion of the annular housing; and a bulkhead wall located downstream of the fuel nozzle and connecting the forward portion of the annular housing to the aft portion of the annular housing, characterized in that the bulkhead wall is substantially perpendicular to the aft portion of the annular housing forming a corner between the aft portion of the annular housing and the bulkhead wall.
A method for determining a target geometry of a track to correct the geometry of the track, with an actual geometry of the track being detected first on a track section by means of a measuring system and with a calculation of the target geometry on the basis of the actual geometry being carried out afterwards by means of a computing unit, characterised in that actual position points of the track are detected along the track section by means of a position detection system, and that at least one actual position point is given to the computing unit as a point of restraint, and that the target geometry is calculated by means of the computing unit in such a way that the target geometry is adapted to the actual geometry as a sequence of geometric track alignment design elements (31, 32, 33) and is placed through the preset point of restraint.
A VTOL aircraft comprising a pair of fixed wings (119A, 119B) each wing being located on a respective lateral side of the aircraft, a propeller for providing forward thrust when driven by a power system of the aircraft and rotor blade system (165A, 165B) for providing lift in active and passive modes thereof, the rotor blade system comprising first and second sets of rotor blades, each of which is mounted by a respective fixed wing, wherein operation of the rotor blade system may be switched between the active mode in which the rotor blade system is driven by a power system of the aircraft and the passive mode in which the rotor blade system is not driven by the power system of the aircraft, the rotor blade system being configurable to provide lift in the passive mode during forward flight of the aircraft; wherein the first and second sets of rotor blades are comprised in first and second rotor units respectively, each rotor unit being rotatably mounted to a respective fixed wing of the aircraft such that the rotation axis (192A, 192B) of any given set of the first and second sets of rotor blades may be rotated in a plane which is orthogonal to the horizontal plane of the aircraft and parallel to the central longitudinal axis of the aircraft between a first orientation in which the rotation axis of the set is substantially normal to the horizontal plane of the aircraft and the rotor blade system is in the active mode thereof and a second orientation in which the rotation axis of the set is inclined rearwardly to the horizontal plane of the aircraft and the rotor blade system is in the passive mode thereof and the first and second rotor units each comprise a respective rudder (164A, 164B) for influencing the yaw of the aircraft.
Device for guiding hoses and/or cables running from a crane jib via its nose portion, wherein a first/upper swing joint is arranged between the crane nose and a link device and a second/lower swing joint is arranged between the link device and an accessory/tool in the form of, e.g. a rotator, wherein the upper swing joint includes a means for guiding of the hoses (91 - 94) and/or cables characterized in that the upper swing joint further includes a pin supporting the guiding means wherein the guiding means can swing relative to the pin, and wherein the pin extends through the holes (14,15) in the side plates (12,13) of the crane nose and through the holes (43,44) in the lugs (41,42) of the link device so that an upper swing joint is formed between the crane nose and the link device.