mhurhangee/ep-ind-claims huggingface dataset:
A macro base station to micro base station switching method, characterized by comprising: multiplexing part of scrambling codes in reserved scrambling codes to micro base station cells and configuring multiplexed scrambling code information to a user equipment; in accordance with existing determined neighbor cell relations as well as cell synchronization information in a measurement report reported by the user equipment, a network side creating a system frame number-system frame number, SFN-SFN, relation list between various base station cells, wherein the created SFN-SFN relation list comprises SFN-SFN offsets between macro base stations and micro base station cells as well as micro base stations and micro base station cells; when the user equipment reports a switching measurement report of a target cell, the network side determining a target cell in actual switching and performing a corresponding switching action according to scrambling code information in the switching measurement report, TM and OFF information in the cell synchronization information and the SFN-SFN relation list. multiplexing part of scrambling codes in reserved scrambling codes to micro base station cells and configuring multiplexed scrambling code information to a user equipment; in accordance with existing determined neighbor cell relations as well as cell synchronization information in a measurement report reported by the user equipment, a network side creating a system frame number-system frame number, SFN-SFN, relation list between various base station cells, wherein the created SFN-SFN relation list comprises SFN-SFN offsets between macro base stations and micro base station cells as well as micro base stations and micro base station cells; when the user equipment reports a switching measurement report of a target cell, the network side determining a target cell in actual switching and performing a corresponding switching action according to scrambling code information in the switching measurement report, TM and OFF information in the cell synchronization information and the SFN-SFN relation list.
A method of controlling a mobile communication network (RP1-RP7, UE), the method characterized by comprising, in response to reception quality measurement reports sent by a plurality of reception points within the mobile communication network following a transmission of data by a user equipment device, the reception quality measurement reports being responsive to the reception of the transmission, configuring by an uplink controlling entity (Controller) the reception points (RP1-RP7) within the mobile communication network such that each of the multiple reception points is configured to exhibit a participation behaviour with respect to at least one of subsequent reception quality measurement reporting and payload data reporting with regard to transmissions from the user equipment device, the participation behaviour being dependent on the reception quality measurement report, wherein the participation behaviour with respect to reception quality measurement reporting is one of conditional reporting and unconditional reporting and the payload data reporting participation behaviour is one of no forwarding or storing of data, storing but no forwarding of data without an explicit request, conditional forwarding of data and forwarding of data.
A substrate processing chamber component capable of being exposed to an energized gas in a process chamber, the component comprising: (a) an underlying structure; (b) a first coating layer sprayed over the underlying structure, the first coating layer comprising a first surface with an average surface roughness of less than 25 micrometers and a porosity of less than 10%; and (c) a second coating layer sprayed over the first coating layer, the second coating layer comprising a second surface with an average surface roughness of at least 50 micrometers and a porosity of at least 12%, whereby process residues adhere to the second surface to reduce the contamination of processed substrates. (a) an underlying structure; (b) a first coating layer sprayed over the underlying structure, the first coating layer comprising a first surface with an average surface roughness of less than 25 micrometers and a porosity of less than 10%; and (c) a second coating layer sprayed over the first coating layer, the second coating layer comprising a second surface with an average surface roughness of at least 50 micrometers and a porosity of at least 12%, whereby process residues adhere to the second surface to reduce the contamination of processed substrates.
A structure adaptable moving device for an environment, including but not limited to, with changing geometries, the device, comprising: at least one flexible ring adaptable to the changing geometries of the environment; and at least one driving mechanism configured to the flexible ring to omnidirectional move the flexible ring in the environment with the changing geometries; the device being characterized in that the driving mechanism is at least one drive member which is configured on the flexible ring and extends from an inner circumferential side to an outer circumferential side of the flexible ring such that a part of the drive member extending from the outer circumferential side coordinates with the changing geometries of the environment to omnidirectionally move the device. at least one flexible ring adaptable to the changing geometries of the environment; and at least one driving mechanism configured to the flexible ring to omnidirectional move the flexible ring in the environment with the changing geometries; the device being characterized in that the driving mechanism is at least one drive member which is configured on the flexible ring and extends from an inner circumferential side to an outer circumferential side of the flexible ring such that a part of the drive member extending from the outer circumferential side coordinates with the changing geometries of the environment to omnidirectionally move the device.
A process for producing a biocide powder or a chemical detoxifier powder or a catalyst support from a carbonate compound, comprising the steps of: a) grinding the mineral to produce a powder with a broad particle size distribution in the range of 1-100 microns, with a mean particle size of 10-20 microns; b) calcining the powder in an externally heated counterflow flash calciner to produce an oxide with a high surface area, high porosity, and a high degree of calcination; c) forming a stable, readily thinned, slurry of the hydrated oxide with 60% solids in the final product after hydration, by the process of mixing the powder with water, under conditions in which the temperature is maintained at or near the boiling point of water until the hydration is completed, shear mixing is applied, and a carboxylic acid or salt is added as the thinning agent; d) quenching the slurry to below 60°C; e) cooling the slurry to ambient; and f) adding additives to enhance the biocidal properties. a) grinding the mineral to produce a powder with a broad particle size distribution in the range of 1-100 microns, with a mean particle size of 10-20 microns; b) calcining the powder in an externally heated counterflow flash calciner to produce an oxide with a high surface area, high porosity, and a high degree of calcination; c) forming a stable, readily thinned, slurry of the hydrated oxide with 60% solids in the final product after hydration, by the process of mixing the powder with water, under conditions in which the temperature is maintained at or near the boiling point of water until the hydration is completed, shear mixing is applied, and a carboxylic acid or salt is added as the thinning agent; d) quenching the slurry to below 60°C; e) cooling the slurry to ambient; and f) adding additives to enhance the biocidal properties.
A method of lubricating the contact between a first surface coated with a hydrogenous carbon film or coating of type a-C:H, ta-C:H, a-C:H:Me or a-C:H:X, as classified by VDI-Standard VDI 2840 and a second ferrous, preferably steel surface which method comprises supplying to said contact a lubricating oil composition comprising a major amount of an oil of lubricating viscosity and (a) an oil-soluble or oil-dispersible molybdenum compound in an amount such as to provide between 150 and 1000 ppm by weight of molybdenum to the lubricating oil composition, and (b) between 0.1 and 5% by weight with respect to the weight of the lubricating oil composition of a polymeric organic friction modifier, the organic friction modifier being the reaction product of (i) a functionalised polyolefin comprising a diacid or anhydride functional group from reaction of a polyolefin with an unsaturated diacid or anhydride, (ii) a polyether, (iii) a polyol and (iv) a monocarboxylic acid chain terminating group.
Chain link for an anti-skid or tyre protection device comprising a chain link body and at least one traction element which is welded onto the chain link body and protrudes from the chain link body, characterised in that the traction element is friction-welded.
Two-component polyurethane composition consisting of a polyol component K1 and a polyisocyanate component K2; wherein the polyol component K1 comprises at least one reaction product of castor oil with ketone resins having an OH number of 110 to 200 mg KOH/g A1, and at least one aliphatic triol having an average molecular weight of 170-500 g/mol and an OH number of 400-1100 mg KOH/g, which is polyether polyols based on 1,1,1-trimethylolpropane A2, and at least one aliphatic diol having a molecular weight of 90-146 g/mol A3, and at least one polybutadiene polyol having an average OH functionality of 2.1 to 2.9, especially 2.3 to 2.7, and having an average molecular weight in the range from 2000 to 4000 g/mol, especially 2500 to 3000 g/mol, and an OH number of 40-100 A4, and wherein the polyisocyanate component K2 comprises at least one aromatic polyisocyanate B1, where the ratio of the percentages by weight of ((A1+A2)/(A3+A4)) is 0.5-5; and where the ratio of all NCO groups of the aromatic polyisocyanates B1:all OH groups of the sum total of (A1+A2+A3+A4) = 0.95:1-1.25:1; and where the ratio of the percentages by weight of ( A4/A3) is 1-15. at least one reaction product of castor oil with ketone resins having an OH number of 110 to 200 mg KOH/g A1, and at least one aliphatic triol having an average molecular weight of 170-500 g/mol and an OH number of 400-1100 mg KOH/g, which is polyether polyols based on 1,1,1-trimethylolpropane A2, and at least one aliphatic diol having a molecular weight of 90-146 g/mol A3, and at least one polybutadiene polyol having an average OH functionality of 2.1 to 2.9, especially 2.3 to 2.7, and having an average molecular weight in the range from 2000 to 4000 g/mol, especially 2500 to 3000 g/mol, and an OH number of 40-100 A4,
An optical waveguide manufacturing method comprising: receiving a master template having a plurality of individual waveguide structures imprinted thereon; coating the master template with a curable master template stamp material; curing the master template stamp material to form a master template stamp; separating the master template stamp from the master template; imprinting the master template stamp onto one or more first substrates having an imprintable coating to form one or more master template copies, each master template copy having a plurality of individual waveguide structure copies imprinted thereon; curing the one or more master template copies; separating the master template stamp from the one or more master template copies; coating one of the one or more master template copies with a curable working stamp material; curing the working stamp material to form a working stamp for manufacturing optical waveguides; and separating the master template copy from the working stamp. receiving a master template having a plurality of individual waveguide structures imprinted thereon; coating the master template with a curable master template stamp material; curing the master template stamp material to form a master template stamp; separating the master template stamp from the master template; imprinting the master template stamp onto one or more first substrates having an imprintable coating to form one or more master template copies, each master template copy having a plurality of individual waveguide structure copies imprinted thereon; curing the one or more master template copies; separating the master template stamp from the one or more master template copies; coating one of the one or more master template copies with a curable working stamp material; curing the working stamp material to form a working stamp for manufacturing optical waveguides; and separating the master template copy from the working stamp.
A method for distributing digital objects in a network, the digital objects being distributable in a plurality of pieces, wherein at least some of a plurality of peers (40a-d) are connected to other ones of the plurality of peers (40a-d) and at least one of the peers (40a-d) being connected to at least one cache, the method comprising: - a first step of receiving a message relating to the digital object from a first one of the plurality of peers (40a-d) at the at least one cache; - a second step of checking whether meta-information relating to the digital object is available in the at least one cache; - a third step of requesting the meta-information from a meta-information source in the event that the meta-information is unavailable in the at least one cache; - a fourth step of receiving the meta-information at the at least one cache; and - a fifth step of storage of the plurality of pieces in the at least one cache based on the meta-information. - a first step of receiving a message relating to the digital object from a first one of the plurality of peers (40a-d) at the at least one cache; - a second step of checking whether meta-information relating to the digital object is available in the at least one cache; - a third step of requesting the meta-information from a meta-information source in the event that the meta-information is unavailable in the at least one cache; - a fourth step of receiving the meta-information at the at least one cache; and - a fifth step of storage of the plurality of pieces in the at least one cache based on the meta-information.
Bipolar plate for use in a layering of an electrochemical system, especially an electrochemical compressor system for compressing gases and/or for producing gases by electrolysis or a fuel cell system, wherein the bipolar plate has openings for media supply and media discharge (5a, 5b) and can be placed under mechanical compressive strain in direction of the layering, wherein bead arrangements (7; 7') which are resilient are provided at least in some regions to seal the openings (4, 5a, 5b) and/or an electrochemically active region, wherein the bead arrangements are integrally embossed from a sheet metal part at the same time for embossing a duct structure which serves for specific passage of gases of the electrochemically active region and the resilient bead arrangements (7, 7') are provided around the openings (4; 5) of the bipolar plate and/or the electrochemically active region, wherein perforations (8, 8') for conducting liquid or gaseous media are arranged on at least one flank (7a, 7a') of the bead arrangements.
Device for dispensing liquid in drop form, comprising a sealing component which can take up a liquid release position and a liquid blocking position, wherein the sealing component comprises an elastomer part, characterized in that the sealing component comprises a rigid part, the elastomer part providing the seal of the sealing component, these parts (34, 36) being fastened to each other, in particular when moving.
A method of treating a polymerization reactor effluent stream comprising: recovering the effluent stream from the polymerization reactor; flashing the effluent stream to form a flash gas stream; feeding the flash gas stream into a first column; recovering a first overhead stream, a first bottom stream, and a side stream, from the first column, wherein the side stream comprises hexene; feeding the first overhead stream into an accumulator vessel; recovering a second overhead stream and a second bottom stream from the accumulator vessel, wherein the second bottom stream comprises isobutane; feeding the second overhead stream to a second column; and recovering a third overhead stream and a third bottom stream from the second column, wherein the third bottom stream is olefin-free; wherein the polymerization reactor is a batch, slurry, gas-phase, solution, high pressure, tubular or autoclave reactor. recovering the effluent stream from the polymerization reactor; flashing the effluent stream to form a flash gas stream; feeding the flash gas stream into a first column; recovering a first overhead stream, a first bottom stream, and a side stream, from the first column, wherein the side stream comprises hexene; feeding the first overhead stream into an accumulator vessel; recovering a second overhead stream and a second bottom stream from the accumulator vessel, wherein the second bottom stream comprises isobutane; feeding the second overhead stream to a second column; and recovering a third overhead stream and a third bottom stream from the second column, wherein the third bottom stream is olefin-free;
A wire harness manufacturing machine for attaching a terminal to a wire having surrounding insulation jacket comprising: a wire loader station constructed and arranged to measure and cut a wire having a surrounding insulation jacket, and crimp a terminal to the insulation jacket of the wire during a loading process; characterised by an ultrasonic welder station having a tip arranged for direct contact with the insulation jacket of the wire and an opposing anvil for direct contact with the terminal during a welding process, so that the terminal and the insulation jacket of the wire can be disposed directly between the tip and the anvil and in direct contact with each other; the wire loader station and the ultrasonic welder station being in consecutive order, wherein the tip and anvil are constructed and arranged to compress the wire directly to the terminal while galling a conductive core of the wire to the terminal, wherein the wire loader station has a longitudinal rib or elongated peak arranged to create a longitudinal imprint or split into the jacket at a weld segment, and wherein the terminal and the tip of the ultrasonic welder station are constructed and arranged to be in compressive direct contact with the insulation jacket at a weld segment of the insulation jacket so that the insulation jacket flows away from the conductive core of the wire at the weld segment to form a displacement mass during an ultrasonic welding process. a wire loader station constructed and arranged to measure and cut a wire having a surrounding insulation jacket, and crimp a terminal to the insulation jacket of the wire during a loading process; characterised by an ultrasonic welder station having a tip arranged for direct contact with the insulation jacket of the wire and an opposing anvil for direct contact with the terminal during a welding process, so that the terminal and the insulation jacket of the wire can be disposed directly between the tip and the anvil and in direct contact with each other; the wire loader station and the ultrasonic welder station being in consecutive order, wherein the tip and anvil are constructed and arranged to compress the wire directly to the terminal while galling a conductive core of the wire to the terminal, wherein the wire loader station has a longitudinal rib or elongated peak arranged to create a longitudinal imprint or split into the jacket at a weld segment, and wherein the terminal and the tip of the ultrasonic welder station are constructed and arranged to be in compressive direct contact with the insulation jacket at a weld segment of the insulation jacket so that the insulation jacket flows away from the conductive core of the wire at the weld segment to form a displacement mass during an ultrasonic welding process.
A sheet material dispensing apparatus, comprising: a cover; a rear wall connected to the cover; a flexible mounting plate operatively connected to the cover; a shaft, wherein the shaft is connected to the mounting plate; a motor operatively connected to the shaft; a supply roller connected to the shaft, wherein the supply roller has a radiused portion and at least one truncated portion; and a microswitch activating cam extending from a side of the supply roller, the microswitch activating cam being operable to contact a microswitch fixed on the mounting plate to stop the motor, characterised in that the apparatus further comprises: a retracting roller connected to the shaft, wherein the retracting roller has a radiused portion, and at least one truncated portion; and a supporting plate engaged and disengaged by the retracting roller during operation, wherein the disengagement of the retracting roller from the supporting plate causes the supply roller to translate toward the rear wall. a cover; a rear wall connected to the cover; a flexible mounting plate operatively connected to the cover; a shaft, wherein the shaft is connected to the mounting plate; a motor operatively connected to the shaft; a supply roller connected to the shaft, wherein the supply roller has a radiused portion and at least one truncated portion; and a microswitch activating cam extending from a side of the supply roller, the microswitch activating cam being operable to contact a microswitch fixed on the mounting plate to stop the motor, characterised in that the apparatus further comprises: a retracting roller connected to the shaft, wherein the retracting roller has a radiused portion, and at least one truncated portion; and a supporting plate engaged and disengaged by the retracting roller during operation, wherein the disengagement of the retracting roller from the supporting plate causes the supply roller to translate toward the rear wall. a retracting roller connected to the shaft, wherein the retracting roller has a radiused portion, and at least one truncated portion; and a supporting plate engaged and disengaged by the retracting roller during operation, wherein the disengagement of the retracting roller from the supporting plate causes the supply roller to translate toward the rear wall.
Method for operating a multi-axle drive device, wherein the multi-axle drive device has a synchronising clutch, which is operatively connected between a first output shaft and a connecting shaft and at least one disconnect clutch, which is operatively connected between the connecting shaft and a second output shaft, and wherein the synchronising clutch and the disconnect clutch are open in a first operating state and are closed in a second operating state, wherein during a planned change from the second operating state to the first operating state the synchronising clutch is at least partially open and the disconnect clutch is kept closed, characterised in that subsequently, when a first operating mode is carried out, the disconnect clutch is opened and when a second operating mode is carried out the synchronising clutch is closed again, wherein the first operating mode is carried out, if the value of a traction variable or a driving dynamics variable is equal to a threshold value or exceeds it, and the second operating mode is carried out, if the value of the traction variable is less than the threshold value.