mhurhangee/ep-ind-claims huggingface dataset:
Capsule for use in an capsule-based inhaler, the capsule comprising a powdered pharmaceutical preparation for inhalation and two capsule elements open at one end, namely a capsule body and a capsule cap, which can be fitted into one another telescopically through their openings, so as to form a cavity, and the assembled capsule having a length of 9 millimeter to 22 millimeter and an external diameter of 4 millimeter to 10 millimeter and a capsule casing, characterised in that the capsule body and capsule cap both comprise a capsule casing region and in addition to the opening at one end two prefabricated holes (7a, 7b, 6a, 6b) in the capsule casing region in each case, and that the capsule comprises two insertion positions with regards to capsule body and capsule cap being fitted telescopically into one another, the capsule body and the capsule cap latching together in the two positions, wherein in a first insertion position capsule body and capsule cap are fitted into one another such that the prefabricated holes (7a, 7b, 6a, 6b) in capsule body and capsule cap are covered and the cavity of the capsule is closed off, and in a second insertion position capsule body and capsule cap are fitted into one another such that the prefabricated holes (7a, 7b, 6a, 6b) in the capsule body and capsule cap overlap with one another, such that in the second insertion position the capsule comprises two holes in the capsule casing region, one hole close to a capsule end in each case.
An optical film stack, comprising: a first reflective polarizer having a pass axis; a second reflective polarizer; and a retardance layer having a fast axis disposed between the first reflective polarizer and the second reflective polarizer, the retardance layer having a thickness, d, and having in-plane index of refraction values n x and n y and an index of refraction n z in a direction orthogonal to the plane of the film, wherein 0.04 < n x − n y / 0.5 n x + n y − n z < 1.00, and 0.75 microns < d × | (n x - ny) | < 25 microns; wherein the pass axis of the first reflective polarizer is within 20 degrees of parallel with the fast axis of the retardance layer. a first reflective polarizer having a pass axis; a second reflective polarizer; and a retardance layer having a fast axis disposed between the first reflective polarizer and the second reflective polarizer, the retardance layer having a thickness, d, and having in-plane index of refraction values n x and n y and an index of refraction n z in a direction orthogonal to the plane of the film, wherein 0.04 < n x − n y / 0.5 n x + n y − n z < 1.00, and 0.75 microns < d × | (n x - ny) | < 25 microns; wherein the pass axis of the first reflective polarizer is within 20 degrees of parallel with the fast axis of the retardance layer.
A method of repairing a wind turbine blade comprising a resin containing a cleavable functional group, the method comprising: applying an acidic aqueous liquid comprising an acid to a portion of a surface of the wind turbine blade, heating the portion of the surface of the wind turbine blade, applying a basic aqueous liquid comprising a base to the portion of the surface of the wind turbine blade. applying an acidic aqueous liquid comprising an acid to a portion of a surface of the wind turbine blade, heating the portion of the surface of the wind turbine blade, applying a basic aqueous liquid comprising a base to the portion of the surface of the wind turbine blade.
Lock washer for a screw connection between a screw part and a component, - with an annular washer body which is bounded by a circumferential outer edge and an inner edge, - with a receiving bore delimited by the inner edge, into which the screw part is insertable, - with an upper annular surface provided on an upper side of the washer body, which has a toothing, - with a lower annular surface provided on a lower side of the washer body, which has a toothing which extends fully around the lower annular surface, characterized in, - that the toothing on the upper annular surface extends in a toothed region which is fully circumferential, - that the width of the toothed region on the upper annular surface is smaller than the width of the washer body between the outer edge and the inner edge, - that a non-toothed region is formed on the upper annular surface between the toothed region and the outer edge, - that the toothing extends over the entire width of the lower annular surface, and - that the toothing (22, 23) on the upper and/or lower annular surface (14, 16) is formed as helical toothing. - with an annular washer body which is bounded by a circumferential outer edge and an inner edge, - with a receiving bore delimited by the inner edge, into which the screw part is insertable, - with an upper annular surface provided on an upper side of the washer body, which has a toothing, - with a lower annular surface provided on a lower side of the washer body, which has a toothing which extends fully around the lower annular surface, characterized in, - that the toothing on the upper annular surface extends in a toothed region which is fully circumferential, - that the width of the toothed region on the upper annular surface is smaller than the width of the washer body between the outer edge and the inner edge, - that a non-toothed region is formed on the upper annular surface between the toothed region and the outer edge, - that the toothing extends over the entire width of the lower annular surface, and - that the toothing (22, 23) on the upper and/or lower annular surface (14, 16) is formed as helical toothing.
A booster composition for providing a next time cleaning benefit to a fabric, comprising: a 35 - 75% by weight of methyl cellulose; b 6 - 25% by weight of polyvinyl alcohol; and c 18 - 50% by weight of the acrylic part of an acrylic homo-polymer or co-polymer, wherein: i The weight ratio of methyl cellulose to the combined amount of polyvinyl alcohol and the acrylic part is between 1:2 and 3:1; and ii The weight ratio of polyvinyl alcohol to the acrylic part is between 1:1 and 1:4. a 35 - 75% by weight of methyl cellulose; b 6 - 25% by weight of polyvinyl alcohol; and c 18 - 50% by weight of the acrylic part of an acrylic homo-polymer or co-polymer, wherein: i The weight ratio of methyl cellulose to the combined amount of polyvinyl alcohol and the acrylic part is between 1:2 and 3:1; and ii The weight ratio of polyvinyl alcohol to the acrylic part is between 1:1 and 1:4. i The weight ratio of methyl cellulose to the combined amount of polyvinyl alcohol and the acrylic part is between 1:2 and 3:1; and ii The weight ratio of polyvinyl alcohol to the acrylic part is between 1:1 and 1:4.
Method for the closed loop longitudinal control of a vehicle as a function of a target trajectory (T soll) which specifies a series of target positions (P k-n to P k+m) to be assumed by the vehicle over the time (t), wherein - based on an actual state of the vehicle, a closed loop controller actuating acceleration (a ctrl) for closed loop trajectory control is determined, by means of which the vehicle is to be accelerated in accordance with specifications of the target trajectory (T soll), - during following of the target trajectory (T soll) by the vehicle, a curvature of the target trajectory (T soll) is determined from a local course of the target trajectory (T soll) at a current position of the vehicle, - an acceleration offset (a offset) which decreases with increasing curvature is determined based on the curvature, - during the following of the target trajectory (T soll), a longitudinal acceleration resulting from the target trajectory (T soll) is determined at the current position of the vehicle as the current trajectory acceleration (a refPtOrth), - the closed loop controller actuating acceleration (a ctrl) is limited to a value which corresponds at most to a sum of the current trajectory acceleration (a refPtOrth) and the acceleration offset (a offset), and - the vehicle is accelerated in accordance with the limited closed loop controller actuating acceleration (a ctrl_lim). - based on an actual state of the vehicle, a closed loop controller actuating acceleration (a ctrl) for closed loop trajectory control is determined, by means of which the vehicle is to be accelerated in accordance with specifications of the target trajectory (T soll), - during following of the target trajectory (T soll) by the vehicle, a curvature of the target trajectory (T soll) is determined from a local course of the target trajectory (T soll) at a current position of the vehicle, - an acceleration offset (a offset) which decreases with increasing curvature is determined based on the curvature, - during the following of the target trajectory (T soll), a longitudinal acceleration resulting from the target trajectory (T soll) is determined at the current position of the vehicle as the current trajectory acceleration (a refPtOrth), - the closed loop controller actuating acceleration (a ctrl) is limited to a value which corresponds at most to a sum of the current trajectory acceleration (a refPtOrth) and the acceleration offset (a offset), and - the vehicle is accelerated in accordance with the limited closed loop controller actuating acceleration (a ctrl_lim).
A computing device for communicating with a server configured to host an application under test, the server including a real-time agent, the computing device comprising: a request module configured to request a web page of the application under test; and a scanning module; wherein the computing device is configured to receive a message from the server identifying one or more parameter fields expected by the web page associated with the request and determined by the real-time agent of the server to have been unused by the request; wherein the request module is configured to generate a new request including one or more parameters in the one or more parameter fields; and wherein the scanning module is configured to determine whether the new request leads to a previously non-accessible resource of the application under test and to mark the one or more unused parameter fields as a backdoor if the new request leads to a previously non-accessible resource of the application under test. a request module configured to request a web page of the application under test; and a scanning module; wherein the computing device is configured to receive a message from the server identifying one or more parameter fields expected by the web page associated with the request and determined by the real-time agent of the server to have been unused by the request; wherein the request module is configured to generate a new request including one or more parameters in the one or more parameter fields; and wherein the scanning module is configured to determine whether the new request leads to a previously non-accessible resource of the application under test and to mark the one or more unused parameter fields as a backdoor if the new request leads to a previously non-accessible resource of the application under test.
A method for the plating of a non-metal substrate allowing a chromiumfree plated part to be obtained, wherein: • a non-metal substrate is provided having a surface; • a bonding layer is formed on said surface; • at least one reinforcement layer comprising at least one copper layer, is formed on the bonding layer; • one nickel layer is formed on the reinforcement layer; • at least one varnish layer is formed above the reinforcement layer, on the nickel layer; • a drying step is also performed by a device emitting ultraviolet radiation, to dry the varnish layer at a temperature lower than 60°C, at which the varnish layer is exposed to ultraviolet radiation wherein the varnish layer is transparent or coloured, so as to get a plated part having a metal appearance. • a non-metal substrate is provided having a surface; • a bonding layer is formed on said surface; • at least one reinforcement layer comprising at least one copper layer, is formed on the bonding layer; • one nickel layer is formed on the reinforcement layer; • at least one varnish layer is formed above the reinforcement layer, on the nickel layer; • a drying step is also performed by a device emitting ultraviolet radiation, to dry the varnish layer at a temperature lower than 60°C, at which the varnish layer is exposed to ultraviolet radiation
A compound of general formula: its tautomers, E and Z geometrical isomers, optically active forms such as enantiomers, diastereomers and their racemate forms or a mixture of stereoisomeric forms or its pharmaceutically acceptable salts thereof or complexes thereof; wherein Z 1 is independently selected from the group consisting of: -C n H -, which is branched or unbranched wherein n is an integer from 1 to 5; -C n H (2n-2) -in E or Z geometrical conformation which is branched or unbranched wherein n is an integer from 2 to 5; -C n H (2n-4) - which is branched or unbranched wherein n is an integer from 2 to 5; -CR'H-, -C 2 H 3 R'-, E or Z -C 2 HR'-, -C 3 H 5 R'-, E or Z -C 3 H 3 R'-, -OCH 2 -, -CH 2 O-, -NR"CH 2 -,-CH 2 NR"-; wherein R' is independently selected from the group consisting of: -H, halogen, -NH 2, -OH, -CN, CF 3, -CHF 2, -CH 2 F, -SH, -SCN, -CH 3,-C 2 H 5; wherein R" is independently selected from the group consisting of: -H, -CH 3,-C 2 H 5; wherein R 1 and R 2 are independently selected from the group consisting of aromatic ring or heteroaromatic ring, as a modulator of a mutant CFTR protein for use in the treatment of cystic fibrosis. -C n H -, which is branched or unbranched wherein n is an integer from 1 to 5; -C n H (2n-2) -in E or Z geometrical conformation which is branched or unbranched wherein n is an integer from 2 to 5; -C n H (2n-4) - which is branched or unbranched wherein n is an integer from 2 to 5; -CR'H-, -C 2 H 3 R'-, E or Z -C 2 HR'-, -C 3 H 5 R'-, E or Z -C 3 H 3 R'-, -OCH 2 -, -CH 2 O-, -NR"CH 2 -,-CH 2 NR"-; wherein R' is independently selected from the group consisting of: -H, halogen, -NH 2, -OH, -CN, CF 3, -CHF 2, -CH 2 F, -SH, -SCN, -CH 3,-C 2 H 5; wherein R" is independently selected from the group consisting of: -H, -CH 3,-C 2 H 5; wherein R 1 and R 2 are independently selected from the group consisting of aromatic ring or heteroaromatic ring,
Method for foamed-slag control of the slag height of a stainless steel melt in an electric arc furnace, characterised in that the temperature is continuously detected by way of a continuous temperature measurement in the electric arc furnace thermographically as a function of time and slag height and that the addition of foam material is controlled in dependence on the temperature and the temperature gradient, wherein in the case of indication of a temperature gradient with a positive sign the addition of the material is undertaken at a constant speed and in the case of indication of a temperature gradient with a negative sign or zero the addition of the material is completely stopped or is continued in decreasing manner.
A method for assembling drive train components of a hybrid drive, wherein the following components are provided: - an automatic gearbox, which has a gearbox casing and a gearbox input shaft, - a hybrid head, preassembled as a separate assembly, which has a hybrid head casing, an internal-combustion engine drive element, a rotor drive element and an output element, and - an electric machine which has a stator and a rotor, wherein - the hybrid head casing is flange-connected to the gearbox casing and the output element is rotationally coupled with the gearbox input shaft via a shaft/hub connection, and then - the electric machine is installed in the hybrid head casing, wherein the stator is connected to the hybrid head casing and the rotor is connected to the rotor drive element. - an automatic gearbox, which has a gearbox casing and a gearbox input shaft, - a hybrid head, preassembled as a separate assembly, which has a hybrid head casing, an internal-combustion engine drive element, a rotor drive element and an output element, and - an electric machine which has a stator and a rotor, wherein - the hybrid head casing is flange-connected to the gearbox casing and the output element is rotationally coupled with the gearbox input shaft via a shaft/hub connection, and then - the electric machine is installed in the hybrid head casing, wherein the stator is connected to the hybrid head casing and the rotor is connected to the rotor drive element.
A hybrid pulsation dampener (200, 300, 400), comprising: a flow-through reactive dampener (201, 301) including: an inlet (203, 303) configured to receive a fluid; an outer tube forming a chamber surrounding an inner tube to form an annulus therebetween; and an outlet (204, 304) configured to discharge fluid from the chamber; wherein the flow-through reactive dampener (201, 301) is configured to dampen pressure pulsations within the received fluid; and a gas charged pulsation dampener (202, 302) mounted to the flow-through reactive dampener (201, 301) at an end of the chamber, the gas charged pulsation dampener (202, 302) including: a pressure chamber charged with a pressurized gas; a fluid chamber, the fluid chamber having an opening receiving fluid from the annulus and discharging fluid into the annulus; and a flexible diaphragm separating the pressure chamber and the fluid chamber; wherein the gas charged pulsation dampener (202, 302) is configured to also dampen the pressure pulsations within the received fluid; and wherein an inner diameter of the inner tube is smaller than an inner diameter of the outlet (204, 304). a flow-through reactive dampener (201, 301) including: an inlet (203, 303) configured to receive a fluid; an outer tube forming a chamber surrounding an inner tube to form an annulus therebetween; and an outlet (204, 304) configured to discharge fluid from the chamber; an inlet (203, 303) configured to receive a fluid; an outer tube forming a chamber surrounding an inner tube to form an annulus therebetween; and an outlet (204, 304) configured to discharge fluid from the chamber; wherein the flow-through reactive dampener (201, 301) is configured to dampen pressure pulsations within the received fluid; and a gas charged pulsation dampener (202, 302) mounted to the flow-through reactive dampener (201, 301) at an end of the chamber, the gas charged pulsation dampener (202, 302) including: a pressure chamber charged with a pressurized gas; a fluid chamber, the fluid chamber having an opening receiving fluid from the annulus and discharging fluid into the annulus; and a flexible diaphragm separating the pressure chamber and the fluid chamber; wherein a pressure chamber charged with a pressurized gas; a fluid chamber, the fluid chamber having an opening receiving fluid from the annulus and discharging fluid into the annulus; and a flexible diaphragm separating the pressure chamber and the fluid chamber; wherein the gas charged pulsation dampener (202, 302) is configured to also dampen the pressure pulsations within the received fluid; and wherein an inner diameter of the inner tube is smaller than an inner diameter of the outlet (204, 304).
A method of laundering fabrics, comprising the steps of: (a) contacting a laundry detergent to water to form a wash liquor, wherein the laundry detergent comprises detersive surfactant, and wherein the wash liquor comprises detersive surfactant at a concentration in the range of from 100 ppm to 2500 ppm; (b) contacting fabric to the wash liquor, and washing the fabric in the wash liquor; (c) after a period of time of at least 6 minutes from contacting the fabric to the wash liquor, introducing calcium cations into the wash liquor to form a calcium enriched wash liquor, wherein the calcium enriched wash liquor comprises calcium cations at a concentration in the range of from 20 ppm to 400 ppm; (d) washing the fabric in the calcium-enriched wash liquor for a period of time of at least 2 minutes; and (e) removing the excess calcium-enriched wash liquor from the fabric, and rinsing the fabric in water, wherein the detersive surfactant comprises alkyl benzene sulphonate. (a) contacting a laundry detergent to water to form a wash liquor, wherein the laundry detergent comprises detersive surfactant, and wherein the wash liquor comprises detersive surfactant at a concentration in the range of from 100 ppm to 2500 ppm; (b) contacting fabric to the wash liquor, and washing the fabric in the wash liquor; (c) after a period of time of at least 6 minutes from contacting the fabric to the wash liquor, introducing calcium cations into the wash liquor to form a calcium enriched wash liquor, wherein the calcium enriched wash liquor comprises calcium cations at a concentration in the range of from 20 ppm to 400 ppm; (d) washing the fabric in the calcium-enriched wash liquor for a period of time of at least 2 minutes; and (e) removing the excess calcium-enriched wash liquor from the fabric, and rinsing the fabric in water,
A method for controlling a wind turbine having rotor blades with an adjustable blade angle (a), comprising the following steps - operating the wind turbine in a part-load operation for wind speeds up to a rated wind speed, - operating the wind turbine in a full-load operation for wind speeds above the rated wind speed, with the blade angle (α) being increased in full-load operation with increasing wind speed, - setting a limit angle (α G), which is ascertained as a mean value or a filtered value of the last set blade angles (a), and - controlling the wind turbine in such a way that the blade angle (α) undershoots the limit angle (α G) by at most a predetermined difference angle (Δα), which can assume different values, in order to prevent an emergency shutdown from being triggered. - operating the wind turbine in a part-load operation for wind speeds up to a rated wind speed, - operating the wind turbine in a full-load operation for wind speeds above the rated wind speed, with the blade angle (α) being increased in full-load operation with increasing wind speed, - setting a limit angle (α G), which is ascertained as a mean value or a filtered value of the last set blade angles (a), and - controlling the wind turbine in such a way that the blade angle (α) undershoots the limit angle (α G) by at most a predetermined difference angle (Δα), which can assume different values, in order to prevent an emergency shutdown from being triggered.
Polymer composition comprising, based on the total weight of the polymer composition, at least the following components: a) 5 to 50 wt% of destructurized starch and/or starch derivative, b) 20 to 60 wt% of aliphatic-aromatic copolyester, c) 10 to 50 wt% of polyhydroxyalkanoate, d) 3 to 25 wt% of polylactic acid. a) 5 to 50 wt% of destructurized starch and/or starch derivative, b) 20 to 60 wt% of aliphatic-aromatic copolyester, c) 10 to 50 wt% of polyhydroxyalkanoate, d) 3 to 25 wt% of polylactic acid.
An in-cell touch screen having a high resistivity film, comprising: a first substrate, a thin film transistor substrate, a liquid crystal layer, a color filter, a touch sensing layer, a second substrate, and a high resistivity film, which are sequentially laminated; wherein the thin film transistor substrate is provided with a plurality of mutually insulated sensing wires on a surface thereof facing the liquid crystal layer, the high resistivity film is formed on a surface of the second substrate away from the touch sensing layer, the high resistivity film is electrically coupled to the thin film transistor substrate, characterized in that the high resistivity film has a surface resistance of 5x10 8 Ω/cm 2 to 5x10 9 Ω/cm 2, and in that the high resistivity film is made of a mixture comprising graphite oxide, tin oxide, a surfactant, and a crosslinking agent.