mhurhangee/ep-ind-claims huggingface dataset:
Spherically-shaped silica comprising: a d 50 particle size selected within a range of greater than 20 μm and up to 80 μm; a di-octyl adipate oil absorption selected within a range of from 150 ml/100g to 500 ml/100g; an average circularity selected within a range of from 0.70 to 1.0; and an angle of repose of less than 30°, wherein the spherically-shaped silica is a precipitated silica powder. a d 50 particle size selected within a range of greater than 20 μm and up to 80 μm; a di-octyl adipate oil absorption selected within a range of from 150 ml/100g to 500 ml/100g; an average circularity selected within a range of from 0.70 to 1.0; and an angle of repose of less than 30°, wherein the spherically-shaped silica is a precipitated silica powder.
Parking robot for a motor vehicle, wherein the parking robot has a pair of wheel bearing arms which by means of a crank element are in each case at least indirectly mounted so as to be rotatable about a respective rotation axis, and the parking robot is conceived for autonomously moving from the outside to a receiving position beside a wheel of a wheel axle of the motor vehicle in which the respective wheel bearing arms are in each case disposed so as to be parallel with the wheel axle and one of the wheel bearing arms in a vehicle longitudinal direction is positioned in front of the wheel and the other wheel bearing arm in the vehicle longitudinal direction is positioned behind the wheel, and is conceived for raising the wheel of the motor vehicle by correspondingly rotating the respective wheel bearing arm about the respective rotation axis in a predefined rotation direction, wherein the respective rotation directions of the respective wheel bearing arms are mutually opposed.
A composition comprising a fusion protein comprising at least two cytokines, wherein the cytokines are CCL20 and IL-1β, and wherein at least one cytokine comprises a mutation that strongly reduces binding activity to its receptor, and at least one cytokine is a wild type cytokine which provides cell-specific targeting that restores activity of the mutant cytokine on the targeted cells. wherein the cytokines are CCL20 and IL-1β, and wherein at least one cytokine comprises a mutation that strongly reduces binding activity to its receptor, and at least one cytokine is a wild type cytokine which provides cell-specific targeting that restores activity of the mutant cytokine on the targeted cells.
A ground surface access assembly (110, 210, 310, 410, 510, 610, 710, 810), the assembly including a frame defining an opening, the frame including a mounting for a cover which is arranged so that, in use, the cover locates in the opening, the assembly including an upper part of a chamber structure, wherein, in an assembled condition, the frame locates on and is supported by the upper chamber part; the frame and the upper chamber part each include a mutually cooperating interlock feature (28, 30), which, in use and in the assembled condition, interlock to resist lateral (side to side) relative movement between the frame and the upper chamber part; characterised in that: one of the interlock features includes a projection and one of the features defines a recess in which, in the assembled condition, the projection locates to provide the interlock; the upper chamber part interlock feature defines the recess and the frame interlock feature includes the projection; wherein the recess is in the form of a slot or channel. the frame and the upper chamber part each include a mutually cooperating interlock feature (28, 30), which, in use and in the assembled condition, interlock to resist lateral (side to side) relative movement between the frame and the upper chamber part; characterised in that: one of the interlock features includes a projection and one of the features defines a recess in which, in the assembled condition, the projection locates to provide the interlock; the upper chamber part interlock feature defines the recess and the frame interlock feature includes the projection; wherein the recess is in the form of a slot or channel. one of the interlock features includes a projection and one of the features defines a recess in which, in the assembled condition, the projection locates to provide the interlock; the upper chamber part interlock feature defines the recess and the frame interlock feature includes the projection; wherein the recess is in the form of a slot or channel.
A method for handling a service request in a network, wherein the method is performed by a first network function, NF, node of a service consumer for connecting to a further NF node of a service producer via a first Service Communication Proxy, SCP, node, the method comprising: initiating transmission, to the first SCP node, of a first request for provision of a first service by the further NF node, wherein the first request comprises discovery parameters and access token request parameters, wherein: the access token request parameters facilitate obtaining and storing of an access token by the first SCP node; and the discovery parameters facilitate the selection, by the first SCP node, of a second NF node of a service producer as the further NF node to provide the first service, and forwarding the request to the second NF node by the first SCP node; receiving a response from the second NF node forwarded by the first SCP node; and initiating transmission of a second request to the first SCP node, the second request being a subsequent request for the second NF node to provide the first service, wherein the second request comprises the access token request parameters facilitating the SCP to use the stored access token or obtain a new access token, and wherein the second request is forwarded by the first SCP node to the second NF node with the stored access token or a newly obtained access token, included in the second request. initiating transmission, to the first SCP node, of a first request for provision of a first service by the further NF node, wherein the first request comprises discovery parameters and access token request parameters, wherein: the access token request parameters facilitate obtaining and storing of an access token by the first SCP node; and the discovery parameters facilitate the selection, by the first SCP node, of a second NF node of a service producer as the further NF node to provide the first service, and forwarding the request to the second NF node by the first SCP node; receiving a response from the second NF node forwarded by the first SCP node; and initiating transmission of a second request to the first SCP node, the second request being a subsequent request for the second NF node to provide the first service, wherein the second request comprises the access token request parameters facilitating the SCP to use the stored access token or obtain a new access token, and wherein the second request is forwarded by the first SCP node to the second NF node with the stored access token or a newly obtained access token, included in the second request.
Control unit for a motor-driven conveyor roller, comprising - A first voltage input terminal adapted to connect a first power supply line - A first voltage output terminal adapted to connect the power supply line for a drive unit of the motor-driven conveyor roller, - A second voltage output terminal adapted to connect a power supply line for a sensor or an actuator characterised in that the control unit comprises: - A second voltage input terminal adapted to connect a second power supply line, and an electronic voltage control circuit connecting said first and second voltage input terminals and said first and second voltage output terminals, and adapted to detect and provide a voltage required for a load connected to a voltage output terminal at said voltage output terminal, and in that the electronic circuit is adapted to modulate a voltage at a first voltage level at the first and second voltage input terminals such that a required second voltage level lower than the first voltage level is provided at one of the first and second voltage output terminals. - A first voltage input terminal adapted to connect a first power supply line - A first voltage output terminal adapted to connect the power supply line for a drive unit of the motor-driven conveyor roller, - A second voltage output terminal adapted to connect a power supply line for a sensor or an actuator - A second voltage input terminal adapted to connect a second power supply line, and an electronic voltage control circuit connecting said first and second voltage input terminals and said first and second voltage output terminals, and adapted to detect and provide a voltage required for a load connected to a voltage output terminal at said voltage output terminal, and in that the electronic circuit is adapted to modulate a voltage at a first voltage level at the first and second voltage input terminals such that a required second voltage level lower than the first voltage level is provided at one of the first and second voltage output terminals. an electronic voltage control circuit connecting said first and second voltage input terminals and said first and second voltage output terminals, and adapted to detect and provide a voltage required for a load connected to a voltage output terminal at said voltage output terminal, and in that the electronic circuit is adapted to modulate a voltage at a first voltage level at the first and second voltage input terminals such that a required second voltage level lower than the first voltage level is provided at one of the first and second voltage output terminals.
Protector element made of plastic consisting of a compound of acrylonitrile rubber and at least two organic polymers, characterised by hollow profile-shaped elements which are arranged in a grid and are connected to each other via radial webs or are formed as a mesh structure.
A method for detecting if an object detected in a surveillance or access control system comprising a camera is a two-dimensional representation and not a real three-dimensional object, the method comprising: capturing a first image by the camera, using a first focus setting and a first aperture size, detecting the object in the first image, determining (S3a) a first protrusion focus measure (F p1) in a protrusion area of the object in the first image, determining (S3b) a first recess focus measure (F r1) in a recess area of the object in the first image, capturing a second image by the camera, using the first focus setting and a second aperture size which is different from the first aperture size, detecting the object in the second image, determining (S6a) a second protrusion focus measure (F p2) in a protrusion area of the object in the second image, determining (S6b) a second recess focus measure (F r2) in a recess area of the object in the second image, calculating (S7a) a protrusion focus difference between the first and second protrusion focus measures, calculating (S7b) a recess focus difference between the first and second recess focus measures, comparing the protrusion focus difference and the recess focus difference, and if the protrusion focus difference and the recess focus difference differ by less than a predetermined threshold amount, determining that the object is a two-dimensional representation and not a real three-dimensional object, wherein the object is a face and wherein the protrusion area is an area corresponding to a nose area of the face, and wherein the recess area is an area corresponding to an ear, cheek, chin, or forehead area of the face. capturing a first image by the camera, using a first focus setting and a first aperture size, detecting the object in the first image, determining (S3a) a first protrusion focus measure (F p1) in a protrusion area of the object in the first image, determining (S3b) a first recess focus measure (F r1) in a recess area of the object in the first image, capturing a second image by the camera, using the first focus setting and a second aperture size which is different from the first aperture size, detecting the object in the second image, determining (S6a) a second protrusion focus measure (F p2) in a protrusion area of the object in the second image, determining (S6b) a second recess focus measure (F r2) in a recess area of the object in the second image, calculating (S7a) a protrusion focus difference between the first and second protrusion focus measures, calculating (S7b) a recess focus difference between the first and second recess focus measures, comparing the protrusion focus difference and the recess focus difference, and if the protrusion focus difference and the recess focus difference differ by less than a predetermined threshold amount, determining that the object is a two-dimensional representation and not a real three-dimensional object, wherein the object is a face and wherein the protrusion area is an area corresponding to a nose area of the face, and wherein the recess area is an area corresponding to an ear, cheek, chin, or forehead area of the face.
Multilayer film with electrically switchable optical properties, comprising, arranged sheet-wise in order, at least: - a first carrier film, - a first electrically conductive layer, - an active layer, - a second electrically conductive layer, and - a second carrier film, wherein - the first carrier film and the second carrier film are welded in at least a part of the insulated edge region to form a sealed region, characterized in that - the multilayer film has at least two circumferential separating lines, which separate an insulated edge region from the first electrically conductive layer and the second electrically conductive layer, wherein a first separating line is introduced into the first electrically conductive layer and a second separating line is introduced into the second electrically conductive layer, and - the separating lines have a width of 10 μm to 500 μm. - a first carrier film, - a first electrically conductive layer, - an active layer, - a second electrically conductive layer, and - a second carrier film, - the first carrier film and the second carrier film are welded in at least a part of the insulated edge region to form a sealed region, - the multilayer film has at least two circumferential separating lines, which separate an insulated edge region from the first electrically conductive layer and the second electrically conductive layer, wherein a first separating line is introduced into the first electrically conductive layer and a second separating line is introduced into the second electrically conductive layer, and - the separating lines have a width of 10 μm to 500 μm.
A method comprising: obtaining a plurality of frames of a three-dimensional video stream, wherein each of said frames comprises a point cloud representation of spatial samples of a 3D input scene; combining the point cloud representations of said frames into an accumulated point cloud model; providing, in response to the number of said frames combined in said accumulated point cloud model reaching a predetermined threshold value, said accumulated point cloud model into a segmentation process for segmenting the 3D scene, said segmenting comprising creating view-tiles having a coverage and a resolution suitable for representing the 3D input scene at minimal quality degradation; and creating metadata relating to the accumulated point cloud model, said metadata comprising a position and a size of each view-tile and view-projection parameters of each view-tile. obtaining a plurality of frames of a three-dimensional video stream, wherein each of said frames comprises a point cloud representation of spatial samples of a 3D input scene; combining the point cloud representations of said frames into an accumulated point cloud model; providing, in response to the number of said frames combined in said accumulated point cloud model reaching a predetermined threshold value, said accumulated point cloud model into a segmentation process for segmenting the 3D scene, said segmenting comprising creating view-tiles having a coverage and a resolution suitable for representing the 3D input scene at minimal quality degradation; and creating metadata relating to the accumulated point cloud model, said metadata comprising a position and a size of each view-tile and view-projection parameters of each view-tile.
Laboratory apparatus (1; 1'; 100; 200; 300) for handling at least one laboratory sample, in particular for mixing and/or adjusting the temperature of a biochemical laboratory sample, which is arranged in at least one sample vessel element (8; 8'; 8"; 108; 108'), having: a carrier device (3; 30; 3a; 3b; 3c; 30; 130) for carrying the at least one sample vessel element; an electrical control device, which is set up for controlling the laboratory apparatus; and at least one sensor device (20; 20'; 20"; 20"'; 220; 320) for recording at least one measured value; wherein: the at least one sensor device is designed as a height measuring device for measuring at least one height value of the at least one sample vessel element arranged on the laboratory apparatus, the at least one sensor device is signal-connected to the electrical control device, and the electrical control device is set up to control the handling of the at least one laboratory sample in dependence on the at least one measured height value and on at least one operating parameter of the laboratory apparatus by at least one control step. a carrier device (3; 30; 3a; 3b; 3c; 30; 130) for carrying the at least one sample vessel element; an electrical control device, which is set up for controlling the laboratory apparatus; and at least one sensor device (20; 20'; 20"; 20"'; 220; 320) for recording at least one measured value; wherein: the at least one sensor device is designed as a height measuring device for measuring at least one height value of the at least one sample vessel element arranged on the laboratory apparatus, the at least one sensor device is signal-connected to the electrical control device, and the electrical control device is set up to control the handling of the at least one laboratory sample in dependence on the at least one measured height value and on at least one operating parameter of the laboratory apparatus by at least one control step. the at least one sensor device is designed as a height measuring device for measuring at least one height value of the at least one sample vessel element arranged on the laboratory apparatus, the at least one sensor device is signal-connected to the electrical control device, and the electrical control device is set up to control the handling of the at least one laboratory sample in dependence on the at least one measured height value and on at least one operating parameter of the laboratory apparatus by at least one control step.
A method for setting an acceleration schedule for engine start of a gas turbine engine, the method comprising: obtaining a rotational acceleration measurement (304,308) of the engine after the engine is energized in response to a start request; comparing the rotational acceleration measurement (304,308) of the engine to an acceleration band having a maximum threshold and a minimum threshold; and determining an acceleration schedule based on a position of the rotational acceleration measurement (304,308) of the engine in the acceleration band. obtaining a rotational acceleration measurement (304,308) of the engine after the engine is energized in response to a start request; comparing the rotational acceleration measurement (304,308) of the engine to an acceleration band having a maximum threshold and a minimum threshold; and determining an acceleration schedule based on a position of the rotational acceleration measurement (304,308) of the engine in the acceleration band.
Device for separating coins, having a centrifuge (200, 300) which comprises a rotatable disc and a radial delimiting element, wherein the disc and the delimiting element delimit a receiving region for receiving a coin quantity of coins to be separated (12, 222, 224, 270, 272), in the delimiting element a gap for the passage of coins (12, 222, 224, 270, 272) to be supplied to a conveying unit is provided, characterized in that in the receiving region at least one paddle wheel for conveying coins (12, 222, 224, 270, 272) into the gap is arranged.
Seeder system, comprising a seed-distributing device, in particular single-grain seeder, having a basic frame which is formed by a central headstock and a supporting bar arrangement which, at least in the working position, extends transversely with respect to the direction of travel and serves for the fastening of soil cultivation tools and at least one distribution unit, and by an extension frame which is connectable to the headstock, wherein the seed-distributing device can be coupled either via the headstock or the extension frame to the rear hydraulics, designed as three-point hydraulics, of a tractor, wherein the headstock for this purpose has a first set of arrangement points and the extension frame can be arranged on the first set of arrangement points and, for its part, has a second set of arrangement points, wherein the extension frame bears a distribution apparatus for granular material, in particular fertilizer and/or seed, the distribution apparatus being mounted on the extension frame and comprising a storage container and, in the state of the extension frame connected to the headstock, being connected to the soil cultivation tools of the seed-distributing device in the manner conducting bulk materials, wherein the storage container has at least one metering member for dispensing granular material in regulated quantities to the soil cultivation tools, characterized in that the storage container is elongated transversely with respect to the direction of travel, and in that the extension frame, coupled to the rear hydraulics by means of the second set of arrangement points, is designed to be load-bearing.