mhurhangee/ep-ind-claims huggingface dataset:
A mobile communication system for a mobile platform to facilitate communication between base stations and one or more mobile devices that are in use in the mobile platform, comprising: at least one receive antenna configured for receiving communication signals; processing circuitry configured for processing the received communication signals; at least one transmit antenna configured for transmitting the processed signals; the processing circuitry configured for utilizing at least one configurable setting in the processing of the received communication signals, each configurable setting being adaptable for varying the operation of processing the received communication signals as the mobile communication system moves through an environment; the processing circuitry configured to receive, over time, at least one input representing a current geographical location of the mobile communication system; the processing circuitry further configured to determine whether the mobile communication system is entering a first geographical zone based on the at least one input representing the current geographical location of the mobile communication system and a path of the mobile communication system; the processing circuitry further configured to automatically adapt a gain of the mobile communication system as the mobile communication system enters the first geographical zone, wherein the adaptation of the gain is based on known signal characteristics stored in a database in the mobile communication system and associated with received communication signals measured at multiple mobile communication systems while in the first geographical zone. at least one receive antenna configured for receiving communication signals; processing circuitry configured for processing the received communication signals; at least one transmit antenna configured for transmitting the processed signals; the processing circuitry configured for utilizing at least one configurable setting in the processing of the received communication signals, each configurable setting being adaptable for varying the operation of processing the received communication signals as the mobile communication system moves through an environment; the processing circuitry configured to receive, over time, at least one input representing a current geographical location of the mobile communication system; the processing circuitry further configured to determine whether the mobile communication system is entering a first geographical zone based on the at least one input representing the current geographical location of the mobile communication system and a path of the mobile communication system; the processing circuitry further configured to automatically adapt a gain of the mobile communication system as the mobile communication system enters the first geographical zone, wherein the adaptation of the gain is based on known signal characteristics stored in a database in the mobile communication system and associated with received communication signals measured at multiple mobile communication systems while in the first geographical zone.
An in vitro-method for classifying a foodstuff and/or beverage and/or diet and/or nutrition regimen and/or medicament in view of an effect on the cardiovascular system of a subject, comprising determining the postprandial relative level of one or more cardiovascular markers in said subject comprising: a. determining the basal level of one or more cardiovascular markers in said subject, b. determining the postprandial level of said one or more cardiovascular markers, c. calculating the relative level of one or more cardiovascular markers from the values obtained in steps a and b, wherein the relative level of markers is determined as follows: X = 100 × postprandial / basal, and d. wherein a postprandial relative increase of the level of said one or more cardiovascular markers of more than 5%, preferably between more than 5 and up to 20% in said subject is correlated with a positive effect of said foodstuff and/or beverage and/or diet and/or nutrition regimen and/or medicament on the on the cardiovascular system of said subject, wherein a postprandial relative increase or decrease of the level of said one or more cardiovascular markers of about 5% in said subject is correlated to a neutral effect of said foodstuff and/or beverage and/or diet and/or nutrition regimen and/or medicament on the cardiovascular system of said subject, and wherein a postprandial relative decrease of the level of said one or more cardiovascular markers of more than 5% in said subject is correlated to a negative effect of said foodstuff and/or beverage and/or diet and/or nutrition regimen and/or medicament on the cardiovascular system of said subject, wherein one of the cardiovascular markers is MR-proANP, and wherein said relative level is determined with an assay having an intrassay precision of < 5% in the measuring range. a. determining the basal level of one or more cardiovascular markers in said subject, b. determining the postprandial level of said one or more cardiovascular markers, c. calculating the relative level of one or more cardiovascular markers from the values obtained in steps a and b, wherein the relative level of markers is determined as follows: X = 100 × postprandial / basal, and d. wherein a postprandial relative increase of the level of said one or more cardiovascular markers of more than 5%, preferably between more than 5 and up to 20% in said subject is correlated with a positive effect of said foodstuff and/or beverage and/or diet and/or nutrition regimen and/or medicament on the on the cardiovascular system of said subject, wherein a postprandial relative increase or decrease of the level of said one or more cardiovascular markers of about 5% in said subject is correlated to a neutral effect of said foodstuff and/or beverage and/or diet and/or nutrition regimen and/or medicament on the cardiovascular system of said subject, and wherein a postprandial relative decrease of the level of said one or more cardiovascular markers of more than 5% in said subject is correlated to a negative effect of said foodstuff and/or beverage and/or diet and/or nutrition regimen and/or medicament on the cardiovascular system of said subject,
An optical sensor device suitable for use as a rain sensor comprising at least one light emitter (16, 16a), at least one light receiver (18, 18a), and rotationally symmetrically shaped Fresnel prism structures which are adapted to be coupled on a first side to a pane, in particular a windshield of a vehicle, and which on a second, opposite side take up light from the light emitter (16, 16a), couple it into the pane and, after a total reflection on an internal surface of the pane, direct it onto the light receiver characterized in that the Fresnel prism structures have a profile determined by rotation of a sawtooth curve about an axis and the teeth of the sawtooth curve are symmetrical in shape, wherein the Fresnel prism structures include a central portion on which the light from the light emitter (16, 16a) impinges as a parallel light beam which is split up by the prism structures into two separate coronas that overlap on the pane, and a ring-shaped outer portion that surrounds the central portion and deflects the beams totally reflected on the pane onto the light receiver (18, 18a) as parallel light.
A method for manufacturing a doubly bent X-ray focusing device or a doubly bent X-ray spectroscopic device, comprising the steps of: preparing a glass plate having a surface roughness not more than 0.5 nm in root-mean-square roughness; preparing a convex forming die having a doubly curved convex surface; preparing a concave forming die having a doubly curved concave surface that matches the doubly curved convex surface; deforming the glass plate into a shape having a doubly bent surface by sandwiching the glass plate between the doubly curved convex surface of the convex forming die and the doubly curved concave surface of the concave forming die, and heating the glass plate to a temperature of 400 °C to 600 °C; and forming a reflection coating that reflects X-rays or a synthetic multilayer that monochromates X-rays, on a concave surface of the deformed glass plate. preparing a glass plate having a surface roughness not more than 0.5 nm in root-mean-square roughness; preparing a convex forming die having a doubly curved convex surface; preparing a concave forming die having a doubly curved concave surface that matches the doubly curved convex surface; deforming the glass plate into a shape having a doubly bent surface by sandwiching the glass plate between the doubly curved convex surface of the convex forming die and the doubly curved concave surface of the concave forming die, and heating the glass plate to a temperature of 400 °C to 600 °C; and forming a reflection coating that reflects X-rays or a synthetic multilayer that monochromates X-rays, on a concave surface of the deformed glass plate.
An inverter device having a heat dissipation mechanism, comprising a casing, wherein a plurality of heat source elements, a heat dissipation structure and at least one fan are accommodated in the casing; wherein the casing comprises a base and a cover, the base comprises a bottom wall and a lateral wall protruding from and surrounding the bottom wall, the base being covered by the cover, a plurality of aiding fins is connected to an external side of the bottom wall, and the plurality of heat source elements is arranged on a circuit board fixed on the bottom wall of the base; an internal surface and an external surface are oppositely defined on the cover, and the internal surface is arranged corresponding to the base; and the heat dissipation structure comprises a plurality of heat dissipation fins arranged parallel with each other and a heat conductive plate; wherein one surface of the heat conductive plate is thermally contacted with the internal surface and the plurality of heat dissipation fins is connected with the other surface of the heat conductive plate, a vent is defined corresponding to each of the two ends of the heat dissipation fins, and an air shroud is fixed on the internal surface of the cover covering the plurality of heat dissipation fins, wherein openings are defined on the air shroud corresponding to each of the vents and the at least one fan is arranged corresponding to one of the openings and vents. the casing comprises a base and a cover, the base comprises a bottom wall and a lateral wall protruding from and surrounding the bottom wall, the base being covered by the cover, a plurality of aiding fins is connected to an external side of the bottom wall, and the plurality of heat source elements is arranged on a circuit board fixed on the bottom wall of the base; an internal surface and an external surface are oppositely defined on the cover, and the internal surface is arranged corresponding to the base; and the heat dissipation structure comprises a plurality of heat dissipation fins arranged parallel with each other and a heat conductive plate; wherein one surface of the heat conductive plate is thermally contacted with the internal surface and the plurality of heat dissipation fins is connected with the other surface of the heat conductive plate, a vent is defined corresponding to each of the two ends of the heat dissipation fins, and an air shroud is fixed on the internal surface of the cover covering the plurality of heat dissipation fins, wherein openings are defined on the air shroud corresponding to each of the vents and the at least one fan is arranged corresponding to one of the openings and vents.
An organotemplate-free synthetic process for the production of a zeolitic material having a CHA-type framework structure comprising YO 2, X 2 O 3, and optionally comprising Z 2 O 5, wherein said process comprises the steps of: providing a mixture comprising one or more sources for YO 2, one or more sources for X 2 O 3, and seed crystals having a CHA framework structure, wherein the CHA framework structure of the seed crystals comprises YO 2, X 2 O 3, and optionally comprises Z 2 O 5; and crystallizing the mixture obtained in step; wherein Y is selected from the group consisting of Si, Sn, Ti, Zr, Ge and combinations of two or more thereof, X is selected from the group consisting of Al, B, In, Ga and combinations of two or more thereof, and Z is selected from the group consisting of P, As, V and combinations of two or more thereof, wherein optionally one or more sources for Z 2 O 5 are further provided in step, and wherein if the CHA framework structure of the seed crystals does not contain Z 2 O 5, the seed crystals then have a YO 2: X 2 O 3 molar ratio of 5 or greater than 5; wherein the mixture is heated in step to a temperature of crystallization ranging from 80 to 200 °C; wherein the crystallization process in step is conducted for a period ranging from 5 to 200 h wherein the mixture provided in step does not contain potassium. providing a mixture comprising one or more sources for YO 2, one or more sources for X 2 O 3, and seed crystals having a CHA framework structure, wherein the CHA framework structure of the seed crystals comprises YO 2, X 2 O 3, and optionally comprises Z 2 O 5; and crystallizing the mixture obtained in step; wherein Y is selected from the group consisting of Si, Sn, Ti, Zr, Ge and combinations of two or more thereof, X is selected from the group consisting of Al, B, In, Ga and combinations of two or more thereof, and Z is selected from the group consisting of P, As, V and combinations of two or more thereof, wherein optionally one or more sources for Z 2 O 5 are further provided in step, and wherein if the CHA framework structure of the seed crystals does not contain Z 2 O 5, the seed crystals then have a YO 2: X 2 O 3 molar ratio of 5 or greater than 5; wherein the mixture is heated in step to a temperature of crystallization ranging from 80 to 200 °C; wherein the crystallization process in step is conducted for a period ranging from 5 to 200 h wherein the mixture provided in step does not contain potassium.
A humidifier for fuel cells, the humidifier comprising: a humidifying module configured to humidify dry gas supplied from outside using wet gas discharged from a fuel cell stack; and a first cap coupled to one end of the humidifying module, wherein the humidifying module comprises: a mid-case; and at least one cartridge disposed in the mid-case, the cartridge being configured to receive a plurality of hollow fiber membranes, the humidifier further comprises a first packing member airtightly coupled to at least one end of the humidifying module through mechanical assembly such that the first cap fluidly communicates with only the hollow fiber membranes, the first packing member is configured to be brought into tight contact with the cartridge using pressure of at least one of dry gas and wet gas, the first packing member comprises: a first outer groove configured to receive dry gas located between the first cap and the cartridge; and a first packing body having the first outer groove formed therein, and the first cap comprises a first supporting member inserted into the first outer groove, the first supporting member being configured to support the first packing body. a humidifying module configured to humidify dry gas supplied from outside using wet gas discharged from a fuel cell stack; and a first cap coupled to one end of the humidifying module, wherein the humidifying module comprises: a mid-case; and at least one cartridge disposed in the mid-case, the cartridge being configured to receive a plurality of hollow fiber membranes, the humidifier further comprises a first packing member airtightly coupled to at least one end of the humidifying module through mechanical assembly such that the first cap fluidly communicates with only the hollow fiber membranes, the first packing member is configured to be brought into tight contact with the cartridge using pressure of at least one of dry gas and wet gas, the first packing member comprises: a first outer groove configured to receive dry gas located between the first cap and the cartridge; and a first packing body having the first outer groove formed therein, and the first cap comprises a first supporting member inserted into the first outer groove, the first supporting member being configured to support the first packing body.
An assembly of a bodywork element and a piece, a face of which being for placing against an internal face of the bodywork element, the bodywork element including on said internal face a fastening protrusion made of plastic material, said piece having a fastening portion made of plastic material which is joined with said protrusion by melting material, characterized in that the fastening portion of the piece forms a tab which, when the piece to be placed is positioned against the bodywork element, extends parallel to the protrusion and perpendicularly to said internal face.
An injection system comprising: an implantable cardiac monitor; an obturator comprising: a tip; a handle; and a shaft extending between the tip and the handle; and an injector housing comprising a tube extending from a first end of the injector housing to a second end of the injector housing, the tube configured to receive the obturator and the tube comprises a first tube portion proximate the first end and a second tube portion proximate the second end, characterized in that the injector housing comprises a receptacle arranged at a lateral side of the tube in communication with the second tube portion and an external environment, the receptacle configured to receive the ICM. an implantable cardiac monitor; an obturator comprising: a tip; a handle; and a shaft extending between the tip and the handle; and a tip; a handle; and a shaft extending between the tip and the handle; and an injector housing comprising a tube extending from a first end of the injector housing to a second end of the injector housing, the tube configured to receive the obturator and the tube comprises a first tube portion proximate the first end and a second tube portion proximate the second end, characterized in that the injector housing comprises a receptacle arranged at a lateral side of the tube in communication with the second tube portion and an external environment, the receptacle configured to receive the ICM.
A (meth)allylsilane compound comprising: a (meth)allylsilyl group-containing alkyl group or a (meth)allylsilylalkyl group-containing aralkyl group, which optionally has substituents, and is bonded to an alcohol and, said alcohol is a polyol selected from polysaccharides, said polysaccharides are selected from oligosaccharides, starches, celluloses, glycogens and cyclodextrins. a (meth)allylsilyl group-containing alkyl group or a (meth)allylsilylalkyl group-containing aralkyl group, which optionally has substituents, and is bonded to an alcohol and, said alcohol is a polyol selected from polysaccharides, said polysaccharides are selected from oligosaccharides, starches, celluloses, glycogens and cyclodextrins.
A multilayer tape comprising at least: - one essentially mica-based layer, - one polymeric layer comprising from 60 to 85% by weight of a mineral filler and from 15 to 40% by weight of a polymer and wherein said polymer is selected from the group consisting in polyolefin, polyester, polyamide and halogenated polyolefins. - one essentially mica-based layer, - one polymeric layer comprising from 60 to 85% by weight of a mineral filler and from 15 to 40% by weight of a polymer and wherein said polymer is selected from the group consisting in polyolefin, polyester, polyamide and halogenated polyolefins.
A chemical mechanical polishing composition comprising: a water based liquid carrier; a colloidal silica abrasive dispersed in the liquid carrier, the colloidal silica abrasive having a permanent positive charge of at least 6 mV; an amine compound in solution in the liquid carrier, wherein the amine compound comprises a poly quaternary amine compound and the amine compound comprises an alkyl group having 12 or more carbon atoms; and an iron containing accelerator, wherein the colloidal silica is treated with an aminosilane compound and wherein the polishing composition has a pH of less than 7. a water based liquid carrier; a colloidal silica abrasive dispersed in the liquid carrier, the colloidal silica abrasive having a permanent positive charge of at least 6 mV; an amine compound in solution in the liquid carrier, wherein the amine compound comprises a poly quaternary amine compound and the amine compound comprises an alkyl group having 12 or more carbon atoms; and an iron containing accelerator,
Method for construction of a workpiece-related workpiece gripping device for press automation, workpiece-specific components (221, 222) for a workpiece to be gripped by the workpiece gripping device being fastened on a support, characterized in that the exact positions and orientations of the workpiece-specific components (221, 222) to be fastened on the support are indicated by means of a multi-axis robot, to the robot arm of which a rod-shaped or plate-shaped pointer device is attached, wherein the position and orientation data for the workpiece-specific components (221, 222) are determined in an automated manner from a CAD data set for the workpiece to be gripped by the workpiece gripping device and are automatically indicated by automatic adjusting movements of the multi-axis robot, whereupon the respective workpiece-specific component (221, 222) is then manually mounted on the support and oriented. characterized in that the exact positions and orientations of the workpiece-specific components (221, 222) to be fastened on the support are indicated by means of a multi-axis robot, to the robot arm of which a rod-shaped or plate-shaped pointer device is attached, wherein the position and orientation data for the workpiece-specific components (221, 222) are determined in an automated manner from a CAD data set for the workpiece to be gripped by the workpiece gripping device and are automatically indicated by automatic adjusting movements of the multi-axis robot, whereupon the respective workpiece-specific component (221, 222) is then manually mounted on the support and oriented.