mhurhangee/patent-ind-claim-en huggingface dataset:
A pill dispenser comprising a container formed to include an interior pill-storage chamber therein, the container including a body defining a portion of the interior pill-storage chamber and a neck coupled to the body to define a remaining portion of the interior pill-storage chamber, a container closure coupled to the container, and a neck insert coupled to the neck of the container and arranged to extend downwardly away from the container closure into the interior pill-storage chamber, wherein the neck insert is configured to dispense a single pill from the interior pill-storage chamber through a pill-dispensing outlet formed in the neck insert into a pill-transfer chamber formed between the container closure and the neck insert to maximize control and minimize spilling of pills stored in the interior pill-storage chamber in response to rotating the pill dispenser to a partly inverted position and returning the pill dispenser to a right-side up position, wherein the neck insert includes a retaining lip located between the neck and the container closure, an insert side wall coupled to the retaining lip and arranged to extend downwardly way from the retaining lip and into the interior pill-storage chamber, and a ceiling coupled to the insert side wall and located in spaced-apart relation to the retaining lip so as to be located in the interior pill-storage chamber characterised in that the ceiling of the neck insert is formed to include the oval-shaped pill-dispensing outlet along a perimeter edge of the ceiling.
A composition comprising, in weight percent based on the weight of the composition: (A) 85 to 99% low density polyethylene (LDPE) having a crystallinity of greater than 40%; (B) 1 to less than 14% propylene polymer having an upper melting point of greater than or equal to (≥) 130°C; and (C) ≥ 0.5% peroxide. (A) 85 to 99% low density polyethylene (LDPE) having a crystallinity of greater than 40%; (B) 1 to less than 14% propylene polymer having an upper melting point of greater than or equal to (≥) 130°C; and (C) ≥ 0.5% peroxide.
A tow bar for a vehicle , said tow bar comprising a towing hook receiving portion adapted to detachably or fixedly connect a towing hook , a first and a second vehicle connection site arranged on either side of said towing hook receiving portion and adapted to be connected to said vehicle , said tow bar having a tube section between said first and said second vehicle connection site , said tube section comprising a polygonal cross section having a plurality of corners , at least one reinforcing element is arranged inside of said tube section and arranged to fix the position of at least some of said plurality of corners of said polygonal cross section with respect to each other, wherein said tube section of said tow bar comprises at least one aperture and wherein said at least one reinforcing element has been inserted through said aperture , said at least one aperture not being an open end of said tube section , characterized in that said at least one reinforcing element is arranged closer to said towing hook receiving portion than to a first and a second end of said tube section .
Control system for a motor vehicle , comprising - a central vehicle regulator as a control and regulating unit for actuating vehicle functions ; - multiple driver assistance systems , which are configured to ▪ transmit control commands relating to the vehicle functions for their respective assistance functions to the vehicle regulator ; ▪ transmit a task key describing the respective assistance functions to the vehicle regulator ; ▪ transmit a safety key assigned to the respective assistance functions to the vehicle regulator ; - wherein the vehicle regulator is configured to ▪ recognize a respective task of the driver assistance systems on the basis of the transmitted task key; ▪ carry out a safety check in that the vehicle regulator checks on the basis of the respective transmitted safety key for the respective recognize tasks whether the respective safety key meets at least one safety level assigned to the respective task; ▪ if the safety check was successful, to actuate the vehicle functions according to the respective control commands transmitted from the driver assistance system to carry out the respective assistance functions. - a central vehicle regulator as a control and regulating unit for actuating vehicle functions ; - multiple driver assistance systems , which are configured to ▪ transmit control commands relating to the vehicle functions for their respective assistance functions to the vehicle regulator ; ▪ transmit a task key describing the respective assistance functions to the vehicle regulator ; ▪ transmit a safety key assigned to the respective assistance functions to the vehicle regulator ; ▪ transmit control commands relating to the vehicle functions for their respective assistance functions to the vehicle regulator ; ▪ transmit a task key describing the respective assistance functions to the vehicle regulator ; ▪ transmit a safety key assigned to the respective assistance functions to the vehicle regulator ; - wherein the vehicle regulator is configured to ▪ recognize a respective task of the driver assistance systems on the basis of the transmitted task key; ▪ carry out a safety check in that the vehicle regulator checks on the basis of the respective transmitted safety key for the respective recognize tasks whether the respective safety key meets at least one safety level assigned to the respective task; ▪ if the safety check was successful, to actuate the vehicle functions according to the respective control commands transmitted from the driver assistance system to carry out the respective assistance functions. ▪ recognize a respective task of the driver assistance systems on the basis of the transmitted task key; ▪ carry out a safety check in that the vehicle regulator checks on the basis of the respective transmitted safety key for the respective recognize tasks whether the respective safety key meets at least one safety level assigned to the respective task; ▪ if the safety check was successful, to actuate the vehicle functions according to the respective control commands transmitted from the driver assistance system to carry out the respective assistance functions.
A method of measuring analyte concentration in a sample, comprising: providing (S02) the sample to a microfluidic channel , wherein a surface of the microfluidic channel is provided with affinity probes for binding the analyte to the surface , temporally measuring (S04) a signal which is indicative of the binding of the analyte to the affinity probes , analyzing (S06) the temporally measured signal to determine a pseudo-rate constant which is indicative of how fast the temporally measured signal changes with time, and determining (S08) the analyte concentration in the sample by comparing the determined pseudo-rate constant to a predetermined relationship which relates pseudo-rate constants to analyte concentrations, wherein, if the analyte concentration in the sample is not sufficiently high to approach saturation of the affinity probes within a predetermined time from providing the sample, the method further comprises adding a spike of the analyte to the sample after the predetermined time, to saturate the affinity probes . providing (S02) the sample to a microfluidic channel , wherein a surface of the microfluidic channel is provided with affinity probes for binding the analyte to the surface , temporally measuring (S04) a signal which is indicative of the binding of the analyte to the affinity probes , analyzing (S06) the temporally measured signal to determine a pseudo-rate constant which is indicative of how fast the temporally measured signal changes with time, and determining (S08) the analyte concentration in the sample by comparing the determined pseudo-rate constant to a predetermined relationship which relates pseudo-rate constants to analyte concentrations, wherein, if the analyte concentration in the sample is not sufficiently high to approach saturation of the affinity probes within a predetermined time from providing the sample, the method further comprises adding a spike of the analyte to the sample after the predetermined time, to saturate the affinity probes .
A system for chemical transformation of 3D state materials, comprising - a reaction group comprising - a main body configured to form a reaction chamber , said reaction chamber comprising at least one component configured to support one or more samples in the 3D state, said one or more samples being configured to be chemically transformed, said system further comprising - an oven comprising said reaction group and configured to heat at predetermined temperatures said reaction chamber , - a GAS supply group configured to release a first gas into the reaction chamber , and/or - a casing component comprised inside the main body and comprising a chemical agent configured to release a second gas into the reaction chamber , characterized in that said main body comprises - at least two turbines arranged to converge said first and/or said second gas on the samples , into said reaction chamber . - a reaction group comprising - a main body configured to form a reaction chamber , said reaction chamber comprising at least one component configured to support one or more samples in the 3D state, said one or more samples being configured to be chemically transformed, said system further comprising - a main body configured to form a reaction chamber , said reaction chamber comprising at least one component configured to support one or more samples in the 3D state, said one or more samples being configured to be chemically transformed, said system further comprising - an oven comprising said reaction group and configured to heat at predetermined temperatures said reaction chamber , - a GAS supply group configured to release a first gas into the reaction chamber , and/or - a casing component comprised inside the main body and comprising a chemical agent configured to release a second gas into the reaction chamber , characterized in that said main body comprises - at least two turbines arranged to converge said first and/or said second gas on the samples , into said reaction chamber .
An apparatus comprising: a frame adapted to be removably fastened parallel to a row of tubes in a tube sheet within a domed end of a heat exchanger device; a chassis mounted on the frame, the chassis having a pair of spaced apart parallel rail members maintained in parallel relation by first and second brackets fastened to ends of the rail members; a rotary arm extending from one of the brackets; a flexible lance guide hand fastened to a distal end of the rotary arm characterised in that the distal end of the rotary arm is configured to maintain a plurality of flexible lance guide tubes in parallel alignment with the row of tubes irrespective of an angle between the rotary arm and the frame. a frame adapted to be removably fastened parallel to a row of tubes in a tube sheet within a domed end of a heat exchanger device; a chassis mounted on the frame, the chassis having a pair of spaced apart parallel rail members maintained in parallel relation by first and second brackets fastened to ends of the rail members; a rotary arm extending from one of the brackets; a flexible lance guide hand fastened to a distal end of the rotary arm characterised in that the distal end of the rotary arm is configured to maintain a plurality of flexible lance guide tubes in parallel alignment with the row of tubes irrespective of an angle between the rotary arm and the frame.
Rucksack or suitcase (1, 1', 1") with a lower shell (2, 2', 2") and an upper shell which is foldably connected to the lower shell (2, 2', 2"), wherein both the lower shell (2, 2', 2") and the upper shell comprise an inner layer (4, 4', 4") and an outer layer and the upper shell and/or the lower shell (2, 2', 2") comprise(s) magnetic coupling elements , characterized in that the inner layer (4, 4', 4") of the upper shell and/or of the lower shell (2, 2', 2") comprise(s) a plastic tray with recesses (7, 7', 7") in which the magnetic coupling elements are received flush and arranged in a fixed position, wherein the magnetic coupling elements are located between the outer layer and the inner layer (4, 4', 4") of the upper shell and/or between the outer layer and the inner layer (4, 4', 4") of the lower shell , or between the inner layer (4") and the outer layer a plastic plate with recesses (7") is arranged, in which the magnetic coupling elements are received flush and arranged in a fixed position.
A method for providing an alert signal to a control unit of a vehicle for controlling driver intervention, the method comprising: - determining (S502) a set of present driving behavior data indicative of a present driving behavior in a present driving situation, - retrieving (S504) a driving model indicative of expected driving behavior for the present driving situation, the driving model being based on historical driving behavior data collected for a plurality of driving situations, wherein the driving model is further based on stochastically analyzing distributions of the historical driving behavior data, - predicting (S506) a plurality of expected near future driving paths (19a-c) for the vehicle in the present driving situation, - determining (S508) an actual driving path taken by the vehicle from the present driving situation; - mapping (S510) the set of present driving behavior data with the driving model, - comparing (S512) the actual driving path with the plurality of expected near future driving paths, wherein - when a predetermined degree of deviation in the set of present driving behavior data compared to the driving model is found, and the actual driving path deviates from the predicted expected near future driving paths, providing (S514) the alert signal. - determining (S502) a set of present driving behavior data indicative of a present driving behavior in a present driving situation, - retrieving (S504) a driving model indicative of expected driving behavior for the present driving situation, the driving model being based on historical driving behavior data collected for a plurality of driving situations, wherein the driving model is further based on stochastically analyzing distributions of the historical driving behavior data, - predicting (S506) a plurality of expected near future driving paths (19a-c) for the vehicle in the present driving situation, - determining (S508) an actual driving path taken by the vehicle from the present driving situation; - mapping (S510) the set of present driving behavior data with the driving model, - comparing (S512) the actual driving path with the plurality of expected near future driving paths, wherein - when a predetermined degree of deviation in the set of present driving behavior data compared to the driving model is found, and the actual driving path deviates from the predicted expected near future driving paths, providing (S514) the alert signal.
Method for controlling the speed of a hydraulic fan system comprising a fan operated by a hydraulic motor which is driven by a hydraulic variable displacement pump comprising a displacement volume adjusting element whose tilt angle can be adjusted by means of controlling a tilt current supplied to an electronic displacement control unit (EDC), the method comprising the following repetitive steps: a) Determining the volumetric flow rate of the pump by means of measuring operational parameters of the pump ; b) Calculating a fan speed based on the volumetric flow rate determined in step a) using equations representing the physical correlation between the volumetric flow rate and the fan speed ; c) Determining a fan speed error by comparing the calculated fan speed of step b) with a fan speed set value provided by an input device ; d) Adapting the tilt current supplied to the electronic displacement control unit (EDC) in order to adjust the tilt angle of the displacement volume adjusting element , such that the fan speed error is reduced, wherein the tilt current adaptation is calculated based on a fan speed error using a P-, PI-, PID-, Fuzzy- or a Predictive Controller or a similar type of linear or non-linear controller; characterized in that the following steps are executed simultaneously to the steps c) to d): e) Deriving an ideal tilt current value from the calculated fan speed of step b) f) Performing safety actions in order to prevent damage to the fan , if the difference between the ideal tilt current value derived in step e) and the adapted tilt current adapted in step d) is higher than a tilt current threshold value. a) Determining the volumetric flow rate of the pump by means of measuring operational parameters of the pump ; b) Calculating a fan speed based on the volumetric flow rate determined in step a) using equations representing the physical correlation between the volumetric flow rate and the fan speed ; c) Determining a fan speed error by comparing the calculated fan speed of step b) with a fan speed set value provided by an input device ; d) Adapting the tilt current supplied to the electronic displacement control unit (EDC) in order to adjust the tilt angle of the displacement volume adjusting element , such that the fan speed error is reduced, wherein the tilt current adaptation is calculated based on a fan speed error using a P-, PI-, PID-, Fuzzy- or a Predictive Controller or a similar type of linear or non-linear controller; characterized in that e) Deriving an ideal tilt current value from the calculated fan speed of step b) f) Performing safety actions in order to prevent damage to the fan , if the difference between the ideal tilt current value derived in step e) and the adapted tilt current adapted in step d) is higher than a tilt current threshold value.
A method of making a biomass of a microorganism having fatty acids and a concentration of EPA, comprising: (a) fermenting the microorganism in a fermentor vessel to produce a fermentation broth having an aqueous phase and biomass wherein the aqueous phase has a dissolved gas wherein the microorganism comprises a Thraustochytrid that produces a biomass having at least 3% EPA of the total weight of the fatty acids; and (b) adjusting the dissolved CO 2 to >2% of the dissolved gas. (a) fermenting the microorganism in a fermentor vessel to produce a fermentation broth having an aqueous phase and biomass wherein the aqueous phase has a dissolved gas wherein the microorganism comprises a Thraustochytrid that produces a biomass having at least 3% EPA of the total weight of the fatty acids; and (b) adjusting the dissolved CO 2 to >2% of the dissolved gas.
The use of a coating composition containing as a binder an aqueous polymer dispersion, which is obtainable by free-radically initiated aqueous emulsion polymerization of ethylenically unsaturated monomers M, which comprise: - 80 to 99.9% by weight, based on the total weight of monomers M, of at least one monoethylenically unsaturated monomer M1, selected from C 1 -C 10 alkyl acrylates and C 1 -C 10 alkyl methacrylates; - 0.1 to 5% by weight, based on the total weight of monomers M, of a monoethylenically unsaturated monomer M2, which is methacrylic acid; and - optionally 0 to 19.9% by weight, based on the total weight of monomers M, of one or more ethylenically unsaturated monomers M3, which are different from monomers M1 and M2; where the polymerized monomers M comprise less than 10% by weight, based on the total weight of monomers M, of vinylaromatic monomers and less than 0.1% by weight, based on the total weight of monomers M, of ethylenically acidic monomers different from methacrylic acid, where the dispersed polymer of the aqueous polymer dispersion has a glass transition temperature Tg in the range from 25 to 75°C, or, in case of a multi-stage polymer a weight average glass transition temperature Tg in the range from 25 to 75°C, and where the aqueous polymer dispersion contains an emulsifier combination comprising i. at least one non-ionic emulsifier having a polyoxyethylene group and ii. at least one anionic emulsifier, wherein the emulsifier combination comprises less than 10%, based on the total weight of the emulsifier combination of anionic emulsifiers having one or more aromatic bound sulfonate groups; for coating fiber cement boards. - 80 to 99.9% by weight, based on the total weight of monomers M, of at least one monoethylenically unsaturated monomer M1, selected from C 1 -C 10 alkyl acrylates and C 1 -C 10 alkyl methacrylates; - 0.1 to 5% by weight, based on the total weight of monomers M, of a monoethylenically unsaturated monomer M2, which is methacrylic acid; and - optionally 0 to 19.9% by weight, based on the total weight of monomers M, of one or more ethylenically unsaturated monomers M3, which are different from monomers M1 and M2; i. at least one non-ionic emulsifier having a polyoxyethylene group and ii. at least one anionic emulsifier,
A multi-layer assembly comprising: a release liner ; a first layer comprising a pressure-sensitive adhesive composition disposed on the release liner , the pressure-sensitive adhesive composition comprising silicone polyurea block copolymer; characterized in that : the assembly further comprises a second layer comprising a pressure-sensitive adhesive composition comprising an elastomer disposed on the first layer , the composition of the pressure-sensitive adhesive composition of the second layer being different from the pressure-sensitive adhesive composition of the first layer , the first layer of the multi-layer assembly exhibiting a release force to the release liner of no greater than 100 gram per 1.27 cm (0.5 inch) width after the multi-layer assembly has been stored for 46 days at 48.9°C (120°F). a release liner ; a first layer comprising a pressure-sensitive adhesive composition disposed on the release liner , the pressure-sensitive adhesive composition comprising silicone polyurea block copolymer; characterized in that : the assembly further comprises a second layer comprising a pressure-sensitive adhesive composition comprising an elastomer disposed on the first layer , the composition of the pressure-sensitive adhesive composition of the second layer being different from the pressure-sensitive adhesive composition of the first layer , the first layer of the multi-layer assembly exhibiting a release force to the release liner of no greater than 100 gram per 1.27 cm (0.5 inch) width after the multi-layer assembly has been stored for 46 days at 48.9°C (120°F).