mhurhangee/ep-ind-claims huggingface dataset:
A formulation for use as a therapeutic product, wherein the formulation comprises: (a) a mixture of at least one mono-electron transfer agent phosphate derivative and at least one di-electron transfer agent phosphate derivative; wherein the electron transfer agent is selected from the group consisting of hydroxy chromans, tocols and tocotrienols in enantiomeric and racemic forms; quinols being the reduced forms of vitamin K1 and ubiquinone; and hydroxy carotenoids; and wherein the molar ratio of mono-electron transfer agent phosphate derivative to di-electron transfer agent phosphate derivative is in the range from 85: 15 to 65: 35; and (b) a suitable carrier; wherein an emulsion composition for therapeutic administration comprising: (a) at least one mono-electron transfer agent phosphate derivative; (b) at least one di-electron transfer agent phosphate derivative; wherein the electron transfer agent is selected from the group consisting of hydroxy chromans, tocols and tocotrienols in enantiomeric and racemic forms; quinols being the reduced forms of vitamin K1 and ubiquinone; and hydroxy carotenoids; and wherein the molar ratio of mono-electron transfer agent phosphate derivative to di-electron transfer agent phosphate derivative is in the range from 85: 15 to 65: 35; and (c) a suitable carrier; is disclaimed. (a) a mixture of at least one mono-electron transfer agent phosphate derivative and at least one di-electron transfer agent phosphate derivative; wherein the electron transfer agent is selected from the group consisting of hydroxy chromans, tocols and tocotrienols in enantiomeric and racemic forms; quinols being the reduced forms of vitamin K1 and ubiquinone; and hydroxy carotenoids; and wherein the molar ratio of mono-electron transfer agent phosphate derivative to di-electron transfer agent phosphate derivative is in the range from 85: 15 to 65: 35; and (b) a suitable carrier; (a) at least one mono-electron transfer agent phosphate derivative; (b) at least one di-electron transfer agent phosphate derivative; wherein the electron transfer agent is selected from the group consisting of hydroxy chromans, tocols and tocotrienols in enantiomeric and racemic forms; quinols being the reduced forms of vitamin K1 and ubiquinone; and hydroxy carotenoids; and wherein the molar ratio of mono-electron transfer agent phosphate derivative to di-electron transfer agent phosphate derivative is in the range from 85: 15 to 65: 35; and (c) a suitable carrier; is disclaimed.
A method of determining an operational status of an exhaust gas recirculation valve of an internal combustion engine arrangement, the EGR valve being configured to control a flow of combusted exhaust gas from an exhaust manifold to an inlet manifold of the ICE arrangement, the method comprising: - controlling the EGR valve to transition from a closed position, in which combusted exhaust gas is prevented from reaching the inlet manifold, to an open position, in which combusted exhaust gas is allowed to flow from the exhaust manifold to the inlet manifold; - obtaining a signal indicative of a variation of temperature level of the gas present in the inlet manifold at a duration between a first point in time and a second point in time when the EGR valve assumes the open position; - determining, based on the signal indicative of the variation of the temperature level, a velocity value indicative of a maximum increase in change of temperature level during the time period between the first point in time and the second point in time; - comparing the velocity value with a predetermined threshold; and - determining that the EGR valve is operational when the velocity value is higher than the predetermined threshold. - controlling the EGR valve to transition from a closed position, in which combusted exhaust gas is prevented from reaching the inlet manifold, to an open position, in which combusted exhaust gas is allowed to flow from the exhaust manifold to the inlet manifold; - obtaining a signal indicative of a variation of temperature level of the gas present in the inlet manifold at a duration between a first point in time and a second point in time when the EGR valve assumes the open position; - determining, based on the signal indicative of the variation of the temperature level, a velocity value indicative of a maximum increase in change of temperature level during the time period between the first point in time and the second point in time; - comparing the velocity value with a predetermined threshold; and - determining that the EGR valve is operational when the velocity value is higher than the predetermined threshold.
A method to provide secure mobile access to a cloud-based service, comprising: receiving, at a security proxy, a request from a mobile device to access the cloud-based service; characterised by using a security certificate associated with the request to synthesize an HTTP basic authentication header associated with the request; sending the synthesized HTTP basic authentication header to the cloud-based service on behalf of the mobile device, wherein the cloud-based service is configured to extract credential information from the synthesized HTTP basic authentication header and to send the extracted credential information to the security proxy; using the extracted credential information to determine that access to the cloud-based service is authorized; and providing to the cloud-based service a security token that indicates the mobile device is authorized to access the cloud-based service. receiving, at a security proxy, a request from a mobile device to access the cloud-based service; characterised by using a security certificate associated with the request to synthesize an HTTP basic authentication header associated with the request; sending the synthesized HTTP basic authentication header to the cloud-based service on behalf of the mobile device, wherein the cloud-based service is configured to extract credential information from the synthesized HTTP basic authentication header and to send the extracted credential information to the security proxy; using the extracted credential information to determine that access to the cloud-based service is authorized; and providing to the cloud-based service a security token that indicates the mobile device is authorized to access the cloud-based service.
Sound suppression system, in particular for a compressed air production unit of a motor vehicle, comprising: a sound suppressor (24, 30) which comprises a housing with an inlet opening and at least one outlet opening and a noise-attenuation device for reducing flow noises of compressed air flowing through it, which device is arranged in the housing between the inlet opening and the at least one outlet opening, and a further noise-attenuation device for reducing flow noises of compressed air flowing through it, which device is arranged upstream from the noise-attenuation device, wherein the further noise-attenuation device comprises an inflow opening, at least one outflow opening and at least one deflecting element for deflecting the compressed air flowing in through the inflow opening in the direction towards the at least one outflow opening, characterised in that the at least one deflecting element comprises a baffle plate arranged opposite the inflow opening, such that a transverse extension of the said baffle plate is larger than a transverse extension of the inflow opening. a sound suppressor (24, 30) which comprises a housing with an inlet opening and at least one outlet opening and a noise-attenuation device for reducing flow noises of compressed air flowing through it, which device is arranged in the housing between the inlet opening and the at least one outlet opening, and a further noise-attenuation device for reducing flow noises of compressed air flowing through it, which device is arranged upstream from the noise-attenuation device, wherein the further noise-attenuation device comprises an inflow opening, at least one outflow opening and at least one deflecting element for deflecting the compressed air flowing in through the inflow opening in the direction towards the at least one outflow opening, characterised in that the at least one deflecting element comprises a baffle plate arranged opposite the inflow opening, such that a transverse extension of the said baffle plate is larger than a transverse extension of the inflow opening.
A method for characterizing an effect of a non-therapeutic skin treatment agent on skin comprising the steps of (a) applying the skin treatment agent to a skin region, (b) applying a measuring device to said skin region, said measuring device having several sets of electrodes (1, 2; 1a, 1b, 2), wherein each set comprises at least two electrodes and wherein the electrodes of each set of electrodes have a mutual distance W i from each other and wherein there are N > 1 sets having different mutual distances W i, (c) generating, by means of said different sets of said electrodes, at least N electrical fields within said skin region, said electrical fields having differing penetration depths into said skin region, (d) measuring at least N measured parameters m i, wherein each measured parameter m i depends on an effective permittivity as seen by a different one of said N electrical fields (e) calculating, from said measured parameters m i, at least one characterizing parameter descriptive of a permittivity of said skin region for a given depth, wherein said measuring device comprises - at least one set of electrodes having a mutual distance 0.1 mm or less and - at least one set of electrodes having a mutual distance of at least 0.1 mm. (a) applying the skin treatment agent to a skin region, (b) applying a measuring device to said skin region, said measuring device having several sets of electrodes (1, 2; 1a, 1b, 2), wherein each set comprises at least two electrodes and wherein the electrodes of each set of electrodes have a mutual distance W i from each other and wherein there are N > 1 sets having different mutual distances W i, (c) generating, by means of said different sets of said electrodes, at least N electrical fields within said skin region, said electrical fields having differing penetration depths into said skin region, (d) measuring at least N measured parameters m i, wherein each measured parameter m i depends on an effective permittivity as seen by a different one of said N electrical fields (e) calculating, from said measured parameters m i, at least one characterizing parameter descriptive of a permittivity of said skin region for a given depth, - at least one set of electrodes having a mutual distance 0.1 mm or less and - at least one set of electrodes having a mutual distance of at least 0.1 mm.
A self-aligning cutter hub assembly for a pelletizer, comprising: a driveshaft adapter with a first side and a second side and comprising: a first plurality of alignment holes disposed on the first side; and a concave surface disposed on the first side; a cutter adapter with a first side and a second side and comprising: a second plurality of alignment holes disposed on the second side; and a convex surface disposed on the second side, said convex surface on the second side of the cutter adapter in slideable engagement with said concave surface on the first side of the driveshaft adapter; and a plurality of alignment pins each with a first end and a second end, each of the first ends comprising a rounded surface sized and shaped to be in slideable engagement with a corresponding alignment hole of one of the first and second plurality of alignment holes,; characterized in that: a concave surface is disposed on the first side of the cutter adapter; a plug adapter comprising a convex surface is sized and shaped to be in slideable engagement with the concave surface on the first side of the cutter adapter, the plug adapter further configured to be in engagement with the driveshaft adapter. a driveshaft adapter with a first side and a second side and comprising: a first plurality of alignment holes disposed on the first side; and a concave surface disposed on the first side; a first plurality of alignment holes disposed on the first side; and a concave surface disposed on the first side; a cutter adapter with a first side and a second side and comprising: a second plurality of alignment holes disposed on the second side; and a convex surface disposed on the second side, said convex surface on the second side of the cutter adapter in slideable engagement with said concave surface on the first side of the driveshaft adapter; and a second plurality of alignment holes disposed on the second side; and a convex surface disposed on the second side, said convex surface on the second side of the cutter adapter in slideable engagement with said concave surface on the first side of the driveshaft adapter; and a plurality of alignment pins each with a first end and a second end, each of the first ends comprising a rounded surface sized and shaped to be in slideable engagement with a corresponding alignment hole of one of the first and second plurality of alignment holes,; a concave surface is disposed on the first side of the cutter adapter; a plug adapter comprising a convex surface is sized and shaped to be in slideable engagement with the concave surface on the first side of the cutter adapter, the plug adapter further configured to be in engagement with the driveshaft adapter.
An Automatic Brake Adjuster with a floating reference point with one way lock and clutch mechanism for adjusting the slack between brake lining and brake drum of a vehicular braking system comprising: - a body connectable to a brake actuator, - a rotatable internally splined worm wheel in a portion of the said body for receiving an S cam shaft, - a clutch cum one way lock mechanism and a rotatable worm shaft secured perpendicular to worm wheel but meshing with the worm wheel, a one way lock/clutch seat having serrations engaged with serrations (4") of worm shaft being guided by a bearing retainer to form a clutch mechanism, a regulator worm wheel engageable by means of slots at the faces with a one way lock sleeve having serrations and being positioned on a thrust sleeve along with a one-way lock spring, and being further mounted on a hexagonal end of worm shaft such that clutch mechanism and one way lock mechanism are over the worm shaft, - a bearing retainer along with a thrust bearing retaining the one way lock/clutch seat through a thrust sleeve against a heavy compression spring, thereby isolating regulator worm wheel and one way lock sleeve from the clutch mechanism for free movement, - a retaining ring provided on the thrust sleeve caging the worm shaft and the regulator worn wheel for isolating clutch seat serrations (29") from overriding on worm shaft clutch serrations (4"), while clutch is in disengaged condition, - wherein one way lock mechanism and clutch mechanism are over the worm shaft, and - wherein one way lock mechanism and clutch mechanism are integrated as single part in one way lock/clutch seat. - a body connectable to a brake actuator, - a rotatable internally splined worm wheel in a portion of the said body for receiving an S cam shaft, - a clutch cum one way lock mechanism and a rotatable worm shaft secured perpendicular to worm wheel but meshing with the worm wheel, a one way lock/clutch seat having serrations engaged with serrations (4") of worm shaft being guided by a bearing retainer to form a clutch mechanism, a regulator worm wheel engageable by means of slots at the faces with a one way lock sleeve having serrations and being positioned on a thrust sleeve along with a one-way lock spring, and being further mounted on a hexagonal end of worm shaft such that clutch mechanism and one way lock mechanism are over the worm shaft, - a bearing retainer along with a thrust bearing retaining the one way lock/clutch seat through a thrust sleeve against a heavy compression spring, thereby isolating regulator worm wheel and one way lock sleeve from the clutch mechanism for free movement, - a retaining ring provided on the thrust sleeve caging the worm shaft and the regulator worn wheel for isolating clutch seat serrations (29") from overriding on worm shaft clutch serrations (4"), while clutch is in disengaged condition, - wherein one way lock mechanism and clutch mechanism are over the worm shaft, and - wherein one way lock mechanism and clutch mechanism are integrated as single part in one way lock/clutch seat.
A sampling system, comprising: a controller assembly including a socket; a filter cassette designed to filter cerebrospinal fluid and configured to be housed in the socket, the filter cassette having an inlet region configured to be coupled to a catheter and configured to receive cerebrospinal fluid, one or more filters, and an outlet region configured to be coupled to an outlet of the catheter and to direct filtered cerebrospinal fluid to the catheter; a sampling port in fluid communication with the filter cassette; wherein the sampling port (26, 26a, 26b) has a first end region configured to receive cerebrospinal fluid, a stopcock, a syringe port, and a second end region; and wherein the stopcock is configured to shift between a first position where cerebrospinal fluid is directed from the first end region to the second end region and a second position where cerebrospinal fluid is directed from the first end region to the syringe port. a controller assembly including a socket; a filter cassette designed to filter cerebrospinal fluid and configured to be housed in the socket, the filter cassette having an inlet region configured to be coupled to a catheter and configured to receive cerebrospinal fluid, one or more filters, and an outlet region configured to be coupled to an outlet of the catheter and to direct filtered cerebrospinal fluid to the catheter; a sampling port in fluid communication with the filter cassette; wherein the sampling port (26, 26a, 26b) has a first end region configured to receive cerebrospinal fluid, a stopcock, a syringe port, and a second end region; and wherein the stopcock is configured to shift between a first position where cerebrospinal fluid is directed from the first end region to the second end region and a second position where cerebrospinal fluid is directed from the first end region to the syringe port.
A process for preparing cubic metallic nanoparticles, comprising at least the following steps: a) preparing at least one aqueous solution containing at least one source of at least one metal selected from metals from group VIII of the periodic table of the elements, at least one reducing agent R1 and at least one stabilizer; b) preparing at least one aqueous solution containing at least one source of at least one metal selected from metals from group VIII of the periodic table of the elements and at least one stabilizer at a temperature strictly higher than 70°C and less than or equal to 80°C; c) mixing at least a portion of the aqueous solution obtained in step a) with the aqueous solution obtained in step b) to obtain, in the presence of at least one reducing agent R2, metallic nanoparticles in the cubic form representing at least 70% by number of the entire quantity of metallic nanoparticles which are formed, the length of the edges of the faces of said cubic metallic nanoparticles is in the range 2 to 200 nm; d) depositing said metallic nanoparticles derived from step c) on a support. a) preparing at least one aqueous solution containing at least one source of at least one metal selected from metals from group VIII of the periodic table of the elements, at least one reducing agent R1 and at least one stabilizer; b) preparing at least one aqueous solution containing at least one source of at least one metal selected from metals from group VIII of the periodic table of the elements and at least one stabilizer at a temperature strictly higher than 70°C and less than or equal to 80°C; c) mixing at least a portion of the aqueous solution obtained in step a) with the aqueous solution obtained in step b) to obtain, in the presence of at least one reducing agent R2, metallic nanoparticles in the cubic form representing at least 70% by number of the entire quantity of metallic nanoparticles which are formed, the length of the edges of the faces of said cubic metallic nanoparticles is in the range 2 to 200 nm; d) depositing said metallic nanoparticles derived from step c) on a support.
An infrared surface heating assembly with an electrical infrared surface element as infrared surface heating in a far infrared range from 5 to 200 μm with a first layer as a rear wall for heat insulation, a second layer which contains a plastic-type material containing a polyurethane compound and is formed as a reflective coating, and a third layer which has the electrical infrared surface element as a heating pad which contains a plastic-type material containing a polyethylene terephthalate compound, characterised in that the third layer has perforations in its upper and lower regions, the third layer is spaced apart from the second layer, the ratio (L/I) of the overall surface of the third layer to the surface of the infrared surface element is 1.1 to 6.0, the ratio (L/Db) of the overall surface of the third layer to the surface (Db) of the perforations in the third layer is in the range from 6.0 to 16.3, the infrared surface element has a heat output of 100 to 1200 W. a first layer as a rear wall for heat insulation, a second layer which contains a plastic-type material containing a polyurethane compound and is formed as a reflective coating, and a third layer which has the electrical infrared surface element as a heating pad which contains a plastic-type material containing a polyethylene terephthalate compound, characterised in that the third layer has perforations in its upper and lower regions, the third layer is spaced apart from the second layer, the ratio (L/I) of the overall surface of the third layer to the surface of the infrared surface element is 1.1 to 6.0, the ratio (L/Db) of the overall surface of the third layer to the surface (Db) of the perforations in the third layer is in the range from 6.0 to 16.3, the infrared surface element has a heat output of 100 to 1200 W.