mhurhangee/patent-ind-claim-en huggingface dataset:
A mold apparatus for a slipform paver, the mold apparatus comprising: a front frame member ; a rear frame member ; at least one of the frame members including a mounting flange having a fastener opening and a drive access opening defined at least in part by the mounting flange ; an adjustable height wear plate disposed below the front and rear frame members ; and at least one adjustable fastener assembly for height adjustment of the wear plate located inside the mold apparatus between the front frame member and the rear frame member and above the wear plate , the fastener assembly including: a threaded fastener attached to the wear plate and extending upward through the fastener opening of the mounting flange ; a top nut attached to the threaded fastener above the mounting flange ; and an adjusting nut attached to the threaded fastener below the mounting flange such that the adjusting nut is accessible from inside the mold apparatus through the drive access opening . a front frame member ; a rear frame member ; at least one of the frame members including a mounting flange having a fastener opening and a drive access opening defined at least in part by the mounting flange ; an adjustable height wear plate disposed below the front and rear frame members ; and at least one adjustable fastener assembly for height adjustment of the wear plate located inside the mold apparatus between the front frame member and the rear frame member and above the wear plate , the fastener assembly including: a threaded fastener attached to the wear plate and extending upward through the fastener opening of the mounting flange ; a top nut attached to the threaded fastener above the mounting flange ; and an adjusting nut attached to the threaded fastener below the mounting flange such that the adjusting nut is accessible from inside the mold apparatus through the drive access opening . a threaded fastener attached to the wear plate and extending upward through the fastener opening of the mounting flange ; a top nut attached to the threaded fastener above the mounting flange ; and an adjusting nut attached to the threaded fastener below the mounting flange such that the adjusting nut is accessible from inside the mold apparatus through the drive access opening .
System comprising at least one cleaning machine and a product device for the product logistics of screen baskets in the preparation process of medical products, wherein the product device is a storage system for screen baskets or products that is constructed as a storage frame with spaced storage levels and can receive at least the screen baskets with products or the products on the spaced storage levels , wherein the cleaning machine comprises a cleaning carriage having at least rotating arms as media-conveying parts or a cleaning chamber having at least rotating arms as media-conveying parts, wherein the product device included within or in conjunction with machines forms a process-connecting storage system in such a way that the process-connecting storage system can introduce externally supplied screen baskets or stored products stored in the spaced storage levels into at least one cleaning machine and receives such via the rotating arms as media-conveying parts of the cleaning carriage or the cleaning chamber between the storage levels in order to move the rotating arms as media-conveying parts during the cleaning over the stored screen baskets or the stored products and to clean the products in the screen baskets or the products.
An evaporator for vaporizing a substance into its gaseous form, which comprises at least - an outer casing, which comprises a substantially horizontal shell and substantially vertical first and second end plates , which are arranged at the ends of the shell, - an inlet connection for leading a substance to be vaporized into the outer casing, - an outlet connection for leading the vaporised substance out from the outer casing, - a plate pack functioning as an evaporator, which is arranged inside the outer casing, in its lower part, - an inlet connection and an outlet connection for a heating substance for leading a heating substance into the plate pack and out from it, and - a droplet separator, which is arranged inside the outer casing, above the plate pack, characterised in that an outlet connection for leading the vaporised substance out from the outer casing is arranged to an end plate of the outer casing, and said outlet connection is connected to a suction duct arranged inside the outer casing in a longitudinal direction of the shell, and said suction duct comprises openings at the upper surface of the suction duct, wherein the droplet separator is constructed at both sides of the suction duct . - an outer casing, which comprises a substantially horizontal shell and substantially vertical first and second end plates , which are arranged at the ends of the shell, - an inlet connection for leading a substance to be vaporized into the outer casing, - an outlet connection for leading the vaporised substance out from the outer casing, - a plate pack functioning as an evaporator, which is arranged inside the outer casing, in its lower part, - an inlet connection and an outlet connection for a heating substance for leading a heating substance into the plate pack and out from it, and - a droplet separator, which is arranged inside the outer casing, above the plate pack,
A method of operation of a Radio Equipment Controller, REC, of a plurality of RECs including at least one other REC , comprising: determining that the REC is a master REC , wherein determining that the REC is the master REC comprises: exchanging information indicative of at least one capability of each of the plurality of RECs with the at least one other REC ; and determining that the REC is a master REC based on the at least one capability; wherein if the master REC is not determined based on the at least one capability, determining that the REC is the master REC further comprises: exchanging additional information indicative of at least one additional capability of each of the plurality of RECs with the plurality of RECs ; determining that the REC is a master REC based on the at least one additional capability; computing , by the master REC, a radio interface frame timing offset for a target REC of the at least one other REC relative to a reference time for the plurality of RECs ; and sending the radio interface frame timing offset to the target REC via an asynchronous communication network. determining that the REC is a master REC , wherein determining that the REC is the master REC comprises: exchanging information indicative of at least one capability of each of the plurality of RECs with the at least one other REC ; and determining that the REC is a master REC based on the at least one capability; exchanging information indicative of at least one capability of each of the plurality of RECs with the at least one other REC ; and determining that the REC is a master REC based on the at least one capability; wherein if the master REC is not determined based on the at least one capability, determining that the REC is the master REC further comprises: exchanging additional information indicative of at least one additional capability of each of the plurality of RECs with the plurality of RECs ; determining that the REC is a master REC based on the at least one additional capability; exchanging additional information indicative of at least one additional capability of each of the plurality of RECs with the plurality of RECs ; determining that the REC is a master REC based on the at least one additional capability; computing , by the master REC, a radio interface frame timing offset for a target REC of the at least one other REC relative to a reference time for the plurality of RECs ; and sending the radio interface frame timing offset to the target REC via an asynchronous communication network.
An edaravone suspension for human oral administration, comprising: edaravone particles; a dispersant; and water; wherein the dispersant is one or more selected from polyvinyl alcohol, methylcellulose, hypromellose, sucrose fatty acid ester and polysorbate. edaravone particles; a dispersant; and water;
A positive ignition engine comprising an exhaust system for a vehicular positive ignition internal combustion engine, which exhaust system comprising a filter for filtering particulate matter from exhaust gas emitted from the vehicular positive ignition internal combustion engine, which filter comprising a porous substrate having inlet surfaces and outlet surfaces, wherein the porous substrate is coated at least in part with a three-way catalyst washcoat comprising a platinum group metal and a plurality of solid particles, wherein the plurality of solid particles comprises at least one base metal oxide and an oxygen storage component, which is a mixed oxide comprising cerium and zirconium having a median particle size less than 1μm, which mixed oxide is derived from a colloidal suspension of very small solid particles in a continuous liquid medium, wherein the platinum group metal is selected from the group consisting of: (a) platinum and rhodium; (b) palladium and rhodium; (c) platinum, palladium and rhodium; (d) palladium only; or (e) rhodium only. (a) platinum and rhodium; (b) palladium and rhodium; (c) platinum, palladium and rhodium; (d) palladium only; or (e) rhodium only.
Laundry care appliance with a outer tub for receiving a washing liquor, wherein the outer tub has a reservoir aperture , a collar, , which is arranged and embodied on the reservoir aperture to seal the reservoir aperture , wherein the collar has an inlet nozzle , and a tray housing , in which a dispensing tray is received for accommodating a laundry care substance, wherein the tray housing has an outlet nozzle , which is fluidically connected to the inlet nozzle of the collar , wherein the laundry care appliance has a partition , which is arranged and formed in the outlet nozzle , to subdivide an interior of the outlet nozzle into a fluid duct for carrying fluid and an air duct for carrying air, characterised in that the partition extends outward at least in sections from the outlet nozzle into the inlet nozzle of the collar . wherein the outer tub has a reservoir aperture , a collar, , which is arranged and embodied on the reservoir aperture to seal the reservoir aperture , wherein the collar has an inlet nozzle , and a tray housing , in which a dispensing tray is received for accommodating a laundry care substance, wherein the tray housing has an outlet nozzle , which is fluidically connected to the inlet nozzle of the collar , wherein the laundry care appliance has a partition , which is arranged and formed in the outlet nozzle , to subdivide an interior of the outlet nozzle into a fluid duct for carrying fluid and an air duct for carrying air, characterised in that the partition extends outward at least in sections from the outlet nozzle into the inlet nozzle of the collar .
A method of processing an audio signal for replay on an audio device, the method comprising: a. performing a spectral decomposition of the audio signal into a plurality of subband signals using a band pass filter ; b. for each subband signal, providing the subband signal to a respective modulator and from the modulator output, providing the subband signal to a respective first processing path that includes a first dynamic range compressor, DRC ; c. for each subband signal, feedforward compressing the subband signal by the respective first DRC to obtain a feedforward-compressed subband signal; d. for each subband signal, providing the feedforward-compressed subband signal to a second processing path that includes a second DRC , compressing the feedforward-compressed subband signal by the respective second DRC , and providing an output of the second processing path to the respective modulator , wherein modulating the subband signal by the respective modulator is performed in dependence on the output of the second processing path; and e. recombining the feedforward-compressed subband signals, characterised in that feedforward compressing comprises, for each subband signal, slowing the respective first DRC relative to an instantaneous DRC using a finite impulse response filter followed by signal oversampling. a. performing a spectral decomposition of the audio signal into a plurality of subband signals using a band pass filter ; b. for each subband signal, providing the subband signal to a respective modulator and from the modulator output, providing the subband signal to a respective first processing path that includes a first dynamic range compressor, DRC ; c. for each subband signal, feedforward compressing the subband signal by the respective first DRC to obtain a feedforward-compressed subband signal; d. for each subband signal, providing the feedforward-compressed subband signal to a second processing path that includes a second DRC , compressing the feedforward-compressed subband signal by the respective second DRC , and providing an output of the second processing path to the respective modulator , wherein modulating the subband signal by the respective modulator is performed in dependence on the output of the second processing path; and e. recombining the feedforward-compressed subband signals, characterised in that
Process for the preparation of a mixture comprising rotundone, comprising or consisting of the following steps: (a) reacting wood oil(s), extract(s) and/or natural resin(s), preferably guaiac wood oil, containing guaiol and bulnesol, preferably containing 15 to 45% by weight of guaiol and 25 to 55% by weight of bulnesol, more preferably containing 20 to 35% by weight of guaiol and 30 to 45% by weight of bulnesol, with one or more organic acid(s), b) separating the guaiene-containing fraction from the mixture obtained in step a), preferably by distillation, c) oxidizing the separated guaiene-containing fraction from step b), preferably with ambient air and/or pure oxygen as oxidizing agent, d) optionally: heating the oxidized mixture obtained in step c), preferably heating over a period of 1 to 3 h and/or at 110 to 150 °C, preferably at 115 to 125 °C, e) separating the rotundone-containing fraction from the mixture obtained in step c) or d), if present, preferably by distillation, to obtain the rotundone-containing mixture. (a) reacting wood oil(s), extract(s) and/or natural resin(s), preferably guaiac wood oil, containing guaiol and bulnesol, preferably containing 15 to 45% by weight of guaiol and 25 to 55% by weight of bulnesol, more preferably containing 20 to 35% by weight of guaiol and 30 to 45% by weight of bulnesol, with one or more organic acid(s), b) separating the guaiene-containing fraction from the mixture obtained in step a), preferably by distillation, c) oxidizing the separated guaiene-containing fraction from step b), preferably with ambient air and/or pure oxygen as oxidizing agent, d) optionally: heating the oxidized mixture obtained in step c), preferably heating over a period of 1 to 3 h and/or at 110 to 150 °C, preferably at 115 to 125 °C, e) separating the rotundone-containing fraction from the mixture obtained in step c) or d), if present, preferably by distillation, to obtain the rotundone-containing mixture.
Hemostatic composite comprising a haemostatic material and a single hydrophilic polymeric crosslinker, said crosslinker having electrophilic reactive groups, said composite comprising pores which allow external fluids, especially human blood, to access into said composite, wherein said haemostatic material is a non-woven or woven fabric of a haemostatic fiber, wherein said crosslinker is a polyalkylene oxide polymer; wherein said crosslinker is coated onto the surface on said haemostatic material; and wherein the thickness of this coating is from about 0.01 mm to about 1 mm.
A method at a wireless device for communication, the method comprising: identifying , within a physical downlink control channel, PDCCH, information included in downlink control information, DCI; decoding , based on the DCI, a physical downlink shared channel, PDSCH, comprising receiving the PDSCH scheduled by the DCI and decoding system information, SI, payload in the PDSCH, characterized in that : the decoding the PDSCH further comprises extracting one or more indicator bits from a system information type field included in the SI payload; and in that the method further comprises: determining whether the PDSCH is for remaining minimum system information, RMSI, or other system information, OSI, based on the extracted indicator bits. identifying , within a physical downlink control channel, PDCCH, information included in downlink control information, DCI; decoding , based on the DCI, a physical downlink shared channel, PDSCH, comprising receiving the PDSCH scheduled by the DCI and decoding system information, SI, payload in the PDSCH, characterized in that : the decoding the PDSCH further comprises extracting one or more indicator bits from a system information type field included in the SI payload; and in that the method further comprises: determining whether the PDSCH is for remaining minimum system information, RMSI, or other system information, OSI, based on the extracted indicator bits.
A nucleic acid that suppresses NEK6 (NIMA-related serine/ threonine kinase 6) gene expression for use in treating fibrosis selected from pulmonary fibrosis, hepatic fibrosis or kidney fibrosis.
A method of controlling a downhole tool in a well with a downhole processing device , the method comprising the steps of:- storing data received from an RFID tag reader during a first timing operation in a data storage device, wherein the RFID tag reader is adapted to read data from and/or transmit data to a passing RFID tag; checking the data storage device for any stored data received from the RFID tag reader at least once during or following the first timing operation , wherein the RFID tag reader further comprises an RFID antenna adapted to read data from the RFID tag that is moveable with respect to the RFID antenna ; and storing data received from a downhole fluid pressure pulse sensor during a second timing operation in the data storage device, wherein the downhole fluid pressure pulse sensor is capable of at least receiving a signal sent via changes in pressure of downhole fluid in communication with the downhole fluid pressure pulse sensor ; checking the data storage device for any stored data received from the downhole fluid pressure pulse sensor at least once during or following the second timing operation ; wherein each of the first and second timing operations is based upon the time provided by a clock of the downhole processing device ; and wherein the first and second timing operations comprise respective first and second timers; controlling the downhole tool based upon instructions contained in the stored data; including providing respective switches operable to enable or disable the RFID tag reader and downhole fluid pressure pulse sensor respectively; programming the RFID tag at the surface, by the operator, with data to provide a signal or instructions that can be received by the RFID tag reader , and moving the RFID tag down the well from the surface into the vicinity of the RFID tag reader to provide said data to the data storage device such that the downhole processing device is instructed to operate or actuate the downhole tool; changing the pressure of downhole fluid in the vicinity of the downhole fluid pressure pulse sensor by changing the pressure of fluid at the surface of the well to send a signal to the downhole fluid pressure pulse sensor via changes in pressure of downhole fluid in communication with the downhole fluid pressure pulse sensor , wherein the signal is received by the downhole fluid pressure pulse sensor which provides said data to the data storage device such that the downhole processing device is instructed to operate or actuate the downhole tool; and when the respective switches are actuated for the RFID tag reader and the downhole fluid pressure pulse sensor , the downhole processing device operates the respective first and second timing operations in parallel with each other but looks for valid data flag(s) in the data storage device in series.
Lifting apparatus for an industrial processing station, in particular a lifting platform for conveying a body-in-white in motor vehicle series production, wherein the lifting apparatus is constructed to convey a workpiece on an upper frame which can be moved in a purely vertical direction, wherein the lifting apparatus has an isosceles slider crank mechanism which is actuated with a motorized drive element (13+6, 7, 9, 12) as a first vertical guide and a movable bearing swing arm with the guide thereof as a second vertical guide which is activated by the same drive element (13+7, 12), characterized in that the isosceles slider crank mechanism which comprises a fixed bearing swing arm with the swing arm bearing thereof, a link with the link guide thereof, a link center articulation and a fixed bearing articulation which is connected to the upper frame is constructed in such a manner that it is moved by means of the actuation of the pulling rod which engages on the fixed bearing swing arm .
A prosthetic heart valve , comprising: an expandable stent including a plurality of struts forming cells ; a pivot arm attached to the stent, the pivot arm being pivotable between a collapsed condition in which the pivot arm lies substantially flush with the stent when the stent is in a collapsed condition and an expanded condition in which the pivot arm extends radially away from stent when the stent is in an expanded condition; a valve assembly disposed within the stent; and a collapsible and an expandable frame formed of wires , the frame having a body forming a lumen extending therethrough for receiving the stent and the valve assembly, wherein the body is coupled to the stent such that pivoting the pivot arm from the collapsed condition to the expanded condition causes the pivot arm to aid in expanding the frame. an expandable stent including a plurality of struts forming cells ; a pivot arm attached to the stent, the pivot arm being pivotable between a collapsed condition in which the pivot arm lies substantially flush with the stent when the stent is in a collapsed condition and an expanded condition in which the pivot arm extends radially away from stent when the stent is in an expanded condition; a valve assembly disposed within the stent; and a collapsible and an expandable frame formed of wires , the frame having a body forming a lumen extending therethrough for receiving the stent and the valve assembly, wherein the body is coupled to the stent such that pivoting the pivot arm from the collapsed condition to the expanded condition causes the pivot arm to aid in expanding the frame.