mhurhangee/ep-ind-claims huggingface dataset:
An in-situ formed polyether polyol blend having an overall functionality of 2 to 3 and an overall hydroxyl number of 40 to 220 mg KOH/g, comprising: (a) a monol initiated oxyalkylene ether having a hydroxyl number of less than or equal to 56 mg KOH/g, and comprising less than or equal to 20% of copolymerized oxyethylene, based on the total weight of the monol initiated oxyalkylene ether (a); (b) a polyether polyol having a hydroxyl number of 20 to 240 mg KOH/g, a nominal functionality of 2 to 8, and comprising at least 50% by weight of copolymerized oxyethylene, based on the total weight of component (b); (c) a polyether polyol having a hydroxyl number of 80 to 220 mg KOH/g, a nominal functionality of 2, and comprising 5 to 45% of copolymerized oxyethylene, based on the total weight of the polyether polyol (c); and (d) a polyether polyol having a hydroxyl number of 80 to 220 mg KOH/g, a nominal functionality of greater than 2 to 8, and comprising 5 to 45% of copolymerized oxyethylene, based on the total weight of the polyether polyol (d); wherein the in-situ formed polyether polyol blend comprises 15 to 40% by weight of the monol initiated oxyalkylene ether (a), 3 to 45% by weight of the polyether polyol (b), 8 to 30% by weight of the polyether polyol (c), and 20 to 60% by weight of the polyether polyol (d), with the sum of the %'s by weight of (a), (b), (c) and (d) totaling 100% by weight of the in-situ formed polyether polyol blend. (a) a monol initiated oxyalkylene ether having a hydroxyl number of less than or equal to 56 mg KOH/g, and comprising less than or equal to 20% of copolymerized oxyethylene, based on the total weight of the monol initiated oxyalkylene ether (a); (b) a polyether polyol having a hydroxyl number of 20 to 240 mg KOH/g, a nominal functionality of 2 to 8, and comprising at least 50% by weight of copolymerized oxyethylene, based on the total weight of component (b); (c) a polyether polyol having a hydroxyl number of 80 to 220 mg KOH/g, a nominal functionality of 2, and comprising 5 to 45% of copolymerized oxyethylene, based on the total weight of the polyether polyol (c); and (d) a polyether polyol having a hydroxyl number of 80 to 220 mg KOH/g, a nominal functionality of greater than 2 to 8, and comprising 5 to 45% of copolymerized oxyethylene, based on the total weight of the polyether polyol (d);
An end floorboard retention device for holding a first and last floorboard of a floorboard arrangement consisting of several floorboards (1a, 1b), which is receivable on associated supports, against a force directed away from each respective adjacent floorboard, comprising two retention elements (4a, 4b) which are insertable into each other and which can be brought into mutual support engagement which are provided with mounting holes (12 and/or 17), one of the said retention elements (4a, 4b) being fixable to the floorboard bottom side and the other being fixable to the support side, with the retention element attachable to the support side comprising a marking means arrangement for applying markings to the bottom side of the associated end floorboard associated with the mounting position of the other retention element, characterized in that the marking means of the marking means arrangement are disposed according to an arrangement pattern which deviates from the hole pattern of the mounting holes of the retention element attachable to the floorboard bottom side which in turn is provided with a correspondence marking arrangement comprising markings corresponding with the marking means of the marking means arrangement, associated with the marking means arrangement of the retaining element attachable to the support side.
A vehicle seat heater which is to be fitted to a vehicle seat and which comprises a base sheet, and a heater wire laid in the base sheet, characterized by a reinforcing sheet (18, 118) attached in a side portion of the vehicle seat heater placed in a seat side portion of the vehicle seat, wherein edges of the reinforcing sheet (18, 118) have opposing portions (18a, 118a) extending in back-and-forth directions of the side portion and opposing each other at least on a front side of the side portion, and a laying area for the heater wire is provided between the opposing portions (18a, 118a) of edges of the reinforcing sheet (18, 118).
A transdermal composition comprising: an active agent layer comprising a propynylaminoindan in a matrix comprising a non-carboxylated acrylate copolymer and a carboxylated acrylate polymer; and a conversion layer comprising a weak base in a matrix wherein the weak base is a cationic acrylic copolymer and wherein the matrix comprises a carboxylated component which is an acrylic carboxylated polymer. an active agent layer comprising a propynylaminoindan in a matrix comprising a non-carboxylated acrylate copolymer and a carboxylated acrylate polymer; and a conversion layer comprising a weak base in a matrix wherein the weak base is a cationic acrylic copolymer and wherein the matrix comprises a carboxylated component which is an acrylic carboxylated polymer.
A method of retrieving status information of a lighting system, the lighting system comprising a plurality of LED-based lighting units (110.1 - 110.3) arranged as nodes in a linear daisy-chained network, the network having network segments connecting two subsequent nodes downstream of a controller via an upstream transceiver (140, 150) and a downstream transceiver (140, 150) of the network segment, the method comprising: - propagating a command signal from the controller to a node of the lighting system by operating the upstream transceivers (140, 150) of the network segments that are upstream of the node in a transmitting mode and operating each of the downstream transceivers (140, 150) of the network segments that are upstream of the node in a receiving mode; - propagating a reply signal comprising the status information of the LED unit of the node from the node to the controller by operating the upstream transceivers (140, 150) of the network segments that are upstream of the node in a receiving mode and operating each of the downstream transceivers (140, 150) of the network segments upstream of the node in a transmitting mode characterized in that the method further comprises: - reversing an operating mode of an upstream transceiver of a network segment from operating in a transmitting mode to operating in a receiving mode only when the downstream transceiver of the network segment is operating in transmitting mode. - propagating a command signal from the controller to a node of the lighting system by operating the upstream transceivers (140, 150) of the network segments that are upstream of the node in a transmitting mode and operating each of the downstream transceivers (140, 150) of the network segments that are upstream of the node in a receiving mode; - propagating a reply signal comprising the status information of the LED unit of the node from the node to the controller by operating the upstream transceivers (140, 150) of the network segments that are upstream of the node in a receiving mode and operating each of the downstream transceivers (140, 150) of the network segments upstream of the node in a transmitting mode characterized in that the method further comprises: - reversing an operating mode of an upstream transceiver of a network segment from operating in a transmitting mode to operating in a receiving mode only when the downstream transceiver of the network segment is operating in transmitting mode. - reversing an operating mode of an upstream transceiver of a network segment from operating in a transmitting mode to operating in a receiving mode only when the downstream transceiver of the network segment is operating in transmitting mode.
A constrained master controller unit system for use in an internet-of-things device that applies machine learning, having a random access memory capability of less than or equal to 2.5MB, a flash memory capability of less than or equal to 8MB, and a system clock rate of 200MHz or less, comprising: a data ingester; a data processor operable alternately with the data ingester in a respective pause/go/pause/go and go/pause/go/pause matched sequence; a header preview for incoming data, wherein parameters, including at least timing and data volume, for the matched sequence are automatically selected based on the header preview; wherein non-header data is not processed by the header preview, and is processed by the data processor only during one of its respected go matched sequence. a data ingester; a data processor operable alternately with the data ingester in a respective pause/go/pause/go and go/pause/go/pause matched sequence; a header preview for incoming data, wherein parameters, including at least timing and data volume, for the matched sequence are automatically selected based on the header preview; wherein non-header data is not processed by the header preview, and is processed by the data processor only during one of its respected go matched sequence.
A hair care composition comprising at least one cationic film forming polymer selected from the group of Polyquaternium and at least one quaternized hyperbranched polymer having end-groups of formula characterized in that said quaternized hyperbranched polymer is obtainable by (i) preparation of a hyperbranched polymer having dimethylamino end groups by condensation of 2-dodecen-1-ylsuccinic anhydride, diisopropanolamine and N,N-bis[3-(dimethylamino)propyl]amine followed by (ii) quaternization of the dimethylamino end-groups to end groups of formula. (i) preparation of a hyperbranched polymer having dimethylamino end groups by condensation of 2-dodecen-1-ylsuccinic anhydride, diisopropanolamine and N,N-bis[3-(dimethylamino)propyl]amine followed by (ii) quaternization of the dimethylamino end-groups to end groups of formula.
A composition for the preservation of corpses, characterised in that it consists of, in percentage by weight: (a) from 2.3 to 2.5% of hexamethylenetetramine; (b) from 1.4 to 1.6% of pure glycerin soap; (c) from 0.4 to 0.6% of sodium bicarbonate; (d) from 11.3 to 12.1 % of ethyl alcohol; (e) and distilled water in the amount required to reach 100% of the formulation. (a) from 2.3 to 2.5% of hexamethylenetetramine; (b) from 1.4 to 1.6% of pure glycerin soap; (c) from 0.4 to 0.6% of sodium bicarbonate; (d) from 11.3 to 12.1 % of ethyl alcohol; (e) and distilled water in the amount required to reach 100% of the formulation.
A method for wireless communications, the method being performed by a wireless device comprising: establishing a connection with a gateway device (160, 220) in a wireless network; receiving a configuration packet from the gateway device (160, 220), wherein the configuration packet identifies home mobility options and wherein the home mobility options include a home network prefix, wherein the home network prefix is dynamically allocated to the wireless device; processing at least one home network address based on the home mobility options; decoding a home link address by processing advertised prefixes via a current access link and processing the home network prefix; and detecting whether the wireless device is located in a respective home link or other network link based on the advertised prefixes and the home network prefix. establishing a connection with a gateway device (160, 220) in a wireless network; receiving a configuration packet from the gateway device (160, 220), wherein the configuration packet identifies home mobility options and wherein the home mobility options include a home network prefix, wherein the home network prefix is dynamically allocated to the wireless device; processing at least one home network address based on the home mobility options; decoding a home link address by processing advertised prefixes via a current access link and processing the home network prefix; and detecting whether the wireless device is located in a respective home link or other network link based on the advertised prefixes and the home network prefix.
An outer periphery component of an electronic device, comprising: a first conductive section having a first coupling structure and a side wall; a second conductive section having a second coupling structure and a side wall, wherein the side walls of the first and second conductive section (920,930) are separated by a gap; and characterized by: a two-shot knuckle comprising a first shot and a second shot, wherein: the first shot includes a second shot retaining region and is overmolded within and around the first and second coupling structures such that the first and second conductive sections (920, 930) are physically coupled together; the second shot is molded to the second shot retaining region and occupies the gap; wherein the first and second shots (912, 918) are composed of different dielectric materials, and wherein the first shot is composed of a relatively high strength structural material and the second shot is composed of a cosmetic material. a first conductive section having a first coupling structure and a side wall; a second conductive section having a second coupling structure and a side wall, wherein the side walls of the first and second conductive section (920,930) are separated by a gap; and characterized by: a two-shot knuckle comprising a first shot and a second shot, wherein: the first shot includes a second shot retaining region and is overmolded within and around the first and second coupling structures such that the first and second conductive sections (920, 930) are physically coupled together; the second shot is molded to the second shot retaining region and occupies the gap; wherein the first and second shots (912, 918) are composed of different dielectric materials, and wherein the first shot is composed of a relatively high strength structural material and the second shot is composed of a cosmetic material. the first shot includes a second shot retaining region and is overmolded within and around the first and second coupling structures such that the first and second conductive sections (920, 930) are physically coupled together; the second shot is molded to the second shot retaining region and occupies the gap; wherein the first and second shots (912, 918) are composed of different dielectric materials, and wherein the first shot is composed of a relatively high strength structural material and the second shot is composed of a cosmetic material.
A method for wireless communications, comprising: obtaining, at a user equipment, UE, resource partitioning information, RPI, that identifies one or more subframes that are protected due to cooperative partitioning of resources between a serving Node B and one or more non-serving Node Bs; identifying, based at least in part on the RPI, the one or more non-serving Node Bs that contribute interference on serving Node B data on a given subframe; and counting the non-serving Node Bs that contribute interference, but not other non-serving Node Bs, toward estimating interference at the UE. obtaining, at a user equipment, UE, resource partitioning information, RPI, that identifies one or more subframes that are protected due to cooperative partitioning of resources between a serving Node B and one or more non-serving Node Bs; identifying, based at least in part on the RPI, the one or more non-serving Node Bs that contribute interference on serving Node B data on a given subframe; and counting the non-serving Node Bs that contribute interference, but not other non-serving Node Bs, toward estimating interference at the UE.
A salt of the compound of formula which salt is selected from the hydrogen adipate salt, the hydrogen malonate salt, the hydrogen fumarate salt, the hydrogen succinate salt, the benzene sulfonate salt, the hydrogen maleate salt and the salicylate salt of the compound of formula.
A spotting fluid composition for freeing differentially stuck pipe in a well, the spotting fluid composition comprising: an emulsifier; an invert emulsion including: an external phase comprising an alkyl ester produced from the esterification of a vegetable oil, wherein the alkyl ester comprises at least one of an oleic sunflower oil ester, a canola oil ester, a jojoba oil ester, and a castor oil ester; and an internal phase comprising water. an emulsifier; an invert emulsion including: an external phase comprising an alkyl ester produced from the esterification of a vegetable oil, wherein the alkyl ester comprises at least one of an oleic sunflower oil ester, a canola oil ester, a jojoba oil ester, and a castor oil ester; and an internal phase comprising water. an external phase comprising an alkyl ester produced from the esterification of a vegetable oil, wherein the alkyl ester comprises at least one of an oleic sunflower oil ester, a canola oil ester, a jojoba oil ester, and a castor oil ester; and an internal phase comprising water.
An imaging capsule for scanning inside a living body, with a fail-safe radiation mechanism, comprising: a radiation source comprising a radioisotope; a rotatable disk with the radiation source mounted on the disk and wherein the rotatable disk has a collimator structure allowing the emission of radiation from the radiation source substantially only from a few locations on the circumference of the disk; an outer ring surrounding the circumference of the disk and configured to rotate relative to the disk; wherein the outer ring includes areas that block radiation and areas that are transparent to the emission of radiation; and wherein in a rest position the outer ring is situated relative to the rotatable disk such that the areas that block radiation are blocking the emission of radiation from the few locations on the circumference of the disk that allow the emission of radiation; a motor for rotating the rotatable disk relative to the outer ring; wherein the rotatable disk and outer ring are initially in the rest position blocking the emission of radiation until the motor is activated to rotate the rotatable disk and allow the emission of radiation; and characterized by further comprising: a spring coupling the rotatable disk to the outer ring, and wherein the spring is configured to automatically return the rotatable disk and outer ring to the rest position when the motor is deactivated. a radiation source comprising a radioisotope; a rotatable disk with the radiation source mounted on the disk and wherein the rotatable disk has a collimator structure allowing the emission of radiation from the radiation source substantially only from a few locations on the circumference of the disk; an outer ring surrounding the circumference of the disk and configured to rotate relative to the disk; wherein the outer ring includes areas that block radiation and areas that are transparent to the emission of radiation; and wherein in a rest position the outer ring is situated relative to the rotatable disk such that the areas that block radiation are blocking the emission of radiation from the few locations on the circumference of the disk that allow the emission of radiation; a motor for rotating the rotatable disk relative to the outer ring; wherein the rotatable disk and outer ring are initially in the rest position blocking the emission of radiation until the motor is activated to rotate the rotatable disk and allow the emission of radiation; and characterized by further comprising: a spring coupling the rotatable disk to the outer ring, and wherein the spring is configured to automatically return the rotatable disk and outer ring to the rest position when the motor is deactivated. a spring coupling the rotatable disk to the outer ring, and wherein the spring is configured to automatically return the rotatable disk and outer ring to the rest position when the motor is deactivated.
A method for manufacturing a piston with a re-molten reinforced throat of a combustion chamber of the piston, wherein the material of the piston is an aluminum alloy or a magnesium alloy, and the method comprises: a) roughly machining a piston, wherein a throat of the combustion chamber and a bottom of the combustion chamber of the piston are weakest parts of the piston, and machining allowances of the combustion chamber throat and the combustion chamber bottom range from 1mm to 3mm; b) washing and degreasing the piston; c) coating or spraying a surfactant on the throat of the combustion chamber and the bottom of the combustion chamber to be re-molten, wherein, the surfactant has a formulation composition comprising TiO 2, SiO 2, CuCl 2 and MnCl 2, and is obtained by mixing the four components in the following mass percentage: TiO 2 1-30%, SiO 2 1-30%, CuCl 2 1-40% and MnCl 2 1-50%, and after the above four components are uniformly mixed, forming a suspension of the mixture using acetone as a solvent in a mass ratio of 1:3∼1:8; d) re-melting the piston by A-TIG welding; and f) processing the piston into a finished product after the re-melting. a) roughly machining a piston, wherein a throat of the combustion chamber and a bottom of the combustion chamber of the piston are weakest parts of the piston, and machining allowances of the combustion chamber throat and the combustion chamber bottom range from 1mm to 3mm; b) washing and degreasing the piston; c) coating or spraying a surfactant on the throat of the combustion chamber and the bottom of the combustion chamber to be re-molten, wherein, the surfactant has a formulation composition comprising TiO 2, SiO 2, CuCl 2 and MnCl 2, and is obtained by mixing the four components in the following mass percentage: TiO 2 1-30%, SiO 2 1-30%, CuCl 2 1-40% and MnCl 2 1-50%, and after the above four components are uniformly mixed, forming a suspension of the mixture using acetone as a solvent in a mass ratio of 1:3∼1:8; TiO 2 1-30%, SiO 2 1-30%, CuCl 2 1-40% and MnCl 2 1-50%, and after the above four components are uniformly mixed, forming a suspension of the mixture using acetone as a solvent in a mass ratio of 1:3∼1:8; d) re-melting the piston by A-TIG welding; and f) processing the piston into a finished product after the re-melting.
Method for providing mobile telecommunication services to user equipments using a drone base station, the drone base station comprising a base station equipment mounted on said drone base station the method comprising the steps of: - executing a recording procedure by moving the drone base station in a probe area around an initial geographic position and gathering information regarding radio link conditions between candidate user equipments and the drone base station and regarding radio link conditions between the drone base station and a backhaul node,serving the drone base station; - performing a position adjustment procedure for adjusting the position of the drone base station based on said gathered information, the position adjustment procedure providing an adjusted geographic position for the drone base station; - controlling the drone base station to move to the adjusted geographic position; and - operating the base station equipment at the adjusted geographic position. - executing a recording procedure by moving the drone base station in a probe area around an initial geographic position and gathering information regarding radio link conditions between candidate user equipments and the drone base station and regarding radio link conditions between the drone base station and a backhaul node,serving the drone base station; - performing a position adjustment procedure for adjusting the position of the drone base station based on said gathered information, the position adjustment procedure providing an adjusted geographic position for the drone base station; - controlling the drone base station to move to the adjusted geographic position; and - operating the base station equipment at the adjusted geographic position.