mhurhangee/ep-ind-claims huggingface dataset:
Device for rolling a fiber mat to a coil for a wind turbine rotor blade, the device comprising - a working surface, - a shaft being slidably and rotatably supported, wherein - the shaft is slidable in a sliding direction between a start position and an end position along the working surface, and - the shaft is rotatable in the opposite direction to the sliding direction, wherein with respect to the working surface the shaft rotates as if the shaft were rolling backwards against the sliding direction, and - a film covering the working surface and being fixedly connected to the shaft with a first end, such that upon rotation of the shaft the film is wound up on the shaft. - a working surface, - a shaft being slidably and rotatably supported, wherein - the shaft is slidable in a sliding direction between a start position and an end position along the working surface, and - the shaft is rotatable in the opposite direction to the sliding direction, wherein with respect to the working surface the shaft rotates as if the shaft were rolling backwards against the sliding direction, and - the shaft is slidable in a sliding direction between a start position and an end position along the working surface, and - the shaft is rotatable in the opposite direction to the sliding direction, wherein with respect to the working surface the shaft rotates as if the shaft were rolling backwards against the sliding direction, and - a film covering the working surface and being fixedly connected to the shaft with a first end, such that upon rotation of the shaft the film is wound up on the shaft.
A non-staining composition which is bactericidal, fungicidal and viricidal when applied comprising in combination: an iodine free bactericide and/or fungicide having a residual efficacy lasting longer than 3 hours on surfaces against bacteria and fungi, wherein said iodine free bactericide and/or fungicide is a Polyvinyl alcohol (PVAlc)/quaternary ammonium compound complex; and hydrogen peroxide. an iodine free bactericide and/or fungicide having a residual efficacy lasting longer than 3 hours on surfaces against bacteria and fungi, wherein said iodine free bactericide and/or fungicide is a Polyvinyl alcohol (PVAlc)/quaternary ammonium compound complex; and hydrogen peroxide.
A method of operating a first device of a data path group network, the method comprising: receiving a second message from a second device of the data path group network, wherein the second message includes a lifetime value, and optionally a heartbeat value, corresponding to the data path group network; wherein the lifetime value indicates a time period during which a service is to be available via the data path group network and the heartbeat value indicates a duration of time that the first device of the data path group network is to remain associated with the data path group network; in response to receiving the second message: joining the data path group network; generating a first message including data for indicating availability of a service of the data path group network and including at least one of the lifetime value or the heartbeat value; transmitting the first message to at least one other device; setting a lifetime counter of the first device based on the lifetime value in response to receiving the second message; periodically determining whether the lifetime counter is expired; and updating the lifetime counter in response to determining that the lifetime counter is unexpired. receiving a second message from a second device of the data path group network, wherein the second message includes a lifetime value, and optionally a heartbeat value, corresponding to the data path group network; wherein the lifetime value indicates a time period during which a service is to be available via the data path group network and the heartbeat value indicates a duration of time that the first device of the data path group network is to remain associated with the data path group network; in response to receiving the second message: joining the data path group network; generating a first message including data for indicating availability of a service of the data path group network and including at least one of the lifetime value or the heartbeat value; transmitting the first message to at least one other device; setting a lifetime counter of the first device based on the lifetime value in response to receiving the second message; periodically determining whether the lifetime counter is expired; and updating the lifetime counter in response to determining that the lifetime counter is unexpired. joining the data path group network; generating a first message including data for indicating availability of a service of the data path group network and including at least one of the lifetime value or the heartbeat value; transmitting the first message to at least one other device; setting a lifetime counter of the first device based on the lifetime value in response to receiving the second message; periodically determining whether the lifetime counter is expired; and updating the lifetime counter in response to determining that the lifetime counter is unexpired.
Pressure container for internal or external compression loading for a submarine, said container having a wall comprising an inner liner and a fiber layer package comprising fibers, wherein the inner liner is at least partially sheathed by the fiber layer package, wherein the fiber layer package comprises a first layer and a second layer, wherein, in a sub-region in the first layer, fibers run along a first fiber direction around the inner liner, and, in the second layer, fibers run along a second fiber direction, wherein the inner liner comprises regions of increased material thickness for stabilizing the pressure container, characterized in that a layer thickness of the first layer extends up to a maximum height of the inner liner in the regions of increased material thickness, whereby the first layer serves as a compensation layer, wherein the regions of increased material thickness are arranged at irregular intervals along an axis of symmetry of the pressure container.
A malleolar registration clamp (1; 11) comprising a clamp body comprising two clamp body parts (2, 5; 12, 15), the two parts exhibiting a variable relative position, characterized in that the first clamp body part comprising a reference unit (4; 14) and a receiving portion (3; 13) for receiving a malleolus, wherein the receiving portion (3; 13) is designed to receive at least part of the malleolus in a defined position relative to the receiving portion (3; 13), and the position of the reference unit (4; 14) relative to the receiving portion (3; 13) is defined, and the second clamp body part (5; 15) comprising a second receiving portion (6; 16) for receiving a second malleolus in a defined position relative to the second receiving portion (5; 15) and a second reference unit (7; 17), wherein the position of the second reference unit (7; 17) relative to the second receiving portion (6; 16) is defined and wherein the second reference unit (7; 17) is a one-dimensional reference unit which allows its spatial location to be determined in one dimension only.
A directly compressible composite for an orally disintegrating tablet comprising mannitol and calcium silicate prepared by co-processing, wherein the mannitol and calcium silicate are present in close proximity to each other, ensuring intimate contact of the calcium silicate and mannitol, wherein the mannitol completely covers the calcium silicate.
An aptamer that binds to tissue factor pathway inhibitor (TFPI) wherein the aptamer competes directly for binding to TFPI with a reference antibody selected from the group consisting of: AD4903.
A method for packaging articles comprising: - feeding in respective longitudinal directions a first and a second continuous paper sheet (18, 20), at least one of which has a thermally-activated adhesive on one surface, - tensioning said first and second continuous paper sheet (18, 20) along respective longitudinal directions with a longitudinal tension comprised between 50 and 200 N, - heating said first and second continuous paper sheet (18, 20) on respective heating rollers (44, 46) while tensioned in longitudinal direction, - feeding a flow of articles between said first and second continuous paper sheet (18, 20), - overlapping the heated and tensioned first and second continuous paper sheet (18, 20) on opposite sides of said flow of articles, and - compressing said first and second continuous paper sheet (18, 20) around said articles to fix to each other said first and second continuous paper sheet (18, 20) by said thermally-activated adhesive. - feeding in respective longitudinal directions a first and a second continuous paper sheet (18, 20), at least one of which has a thermally-activated adhesive on one surface, - tensioning said first and second continuous paper sheet (18, 20) along respective longitudinal directions with a longitudinal tension comprised between 50 and 200 N, - heating said first and second continuous paper sheet (18, 20) on respective heating rollers (44, 46) while tensioned in longitudinal direction, - feeding a flow of articles between said first and second continuous paper sheet (18, 20), - overlapping the heated and tensioned first and second continuous paper sheet (18, 20) on opposite sides of said flow of articles, and - compressing said first and second continuous paper sheet (18, 20) around said articles to fix to each other said first and second continuous paper sheet (18, 20) by said thermally-activated adhesive.
A cable tie tensioning and cut-off tool, the cut off tool including a housing and a cable tie gripping mechanism, and a tensioning system for adjusting the tension imparted to a cable tie in the cable tie tensioning and cut-off tool, the tensioning system comprising: a tension adjustment knob having at least one slot formed thereon and at least one spline formed therein; a ring member having at least one cog on a first side and at least one detent on a second side, the at least one cog being engageable with the at least one slot; a locking latch coupled to the housing and having at least one tooth engageable with the at least one detent; a rotating cam having an external thread and at least one tessellated portion formed thereon, the at least one tessellated portion being engageable with the at least one spline; a fixed cam coupled to said housing and having an internal thread being engageable with the rotating cam external thread; a tension shaft having a first end, the first end being coupled to the rotating cam; and at least one tension biasing member coupled to the shaft and to the gripping mechanism. a tension adjustment knob having at least one slot formed thereon and at least one spline formed therein; a ring member having at least one cog on a first side and at least one detent on a second side, the at least one cog being engageable with the at least one slot; a locking latch coupled to the housing and having at least one tooth engageable with the at least one detent; a rotating cam having an external thread and at least one tessellated portion formed thereon, the at least one tessellated portion being engageable with the at least one spline; a fixed cam coupled to said housing and having an internal thread being engageable with the rotating cam external thread; a tension shaft having a first end, the first end being coupled to the rotating cam; and at least one tension biasing member coupled to the shaft and to the gripping mechanism.
A device for bonding a web-shaped textile product by means of hot gases, particularly for bonding a nonwoven comprising thermally meltable fibers and/or filaments, comprising - a drum supported for rotation in a treatment chamber subjected to hot air, said drum comprising a peripheral surface that is gas-permeable via a plurality of openings and has the to-be-solidified web partially wrapped around it, - a suction device assigned to the drum and operative to subject the drum to a suction draft so that the hot air is caused to flow from the treatment chamber through to-be-solidified material web, and - a heating device for heating the air conducted out from the drum, characterized in that said gas-permeable peripheral surface of the drum has a structuring shell strung around it for embossing the textile product (1, 11) during the bonding process by means of a plurality of openings, said openings being larger than the openings in the gas-permeable peripheral surface of the drum, wherein the openings in the gas-permeable peripheral surface of the drum are smaller in diameter than 8 mm, wherein the openings in the structuring shell for embossing the nonwoven have a diameter larger than 8 mm. - a drum supported for rotation in a treatment chamber subjected to hot air, said drum comprising a peripheral surface that is gas-permeable via a plurality of openings and has the to-be-solidified web partially wrapped around it, - a suction device assigned to the drum and operative to subject the drum to a suction draft so that the hot air is caused to flow from the treatment chamber through to-be-solidified material web, and - a heating device for heating the air conducted out from the drum,
A quick clamping device for a tool for a turret of a lathe comprising a base receptacle assigned to the turret and a set of fixedly receivable tool holders (10, 10') assigned to the base receptacle, characterized in that a turret adapter plate is assigned to the base receptacle and that a fine adjustment is embodied between the turret adapter plate and the base receptacle, so that the base receptacle can be displaced to the turret adapter plate independent from the turret.
Use of at least one compound (a) which is synthesized or derived from a natural product and is selected from the group consisting of the following compounds: wherein compound (a) is separated from its naturally occurring environment if it is derived from a natural product, for substituting sodium chloride in a soup. wherein compound (a) is separated from its naturally occurring environment if it is derived from a natural product, for substituting sodium chloride in a soup.
A method for manufacturing a multilayer value-document substrate (1a, 1b, 1c, 1d, 1f, 1g) comprising A) making available a first layer, a second layer and an elongate security element, wherein the first layer has at least one through opening and the first layer and the second layer are respectively chosen from a polymeric layer or a paper layer, wherein the layers and the elongate security element are present respectively in the form of an endless web, B) applying laminating adhesive to a surface of at least the first layer by means of kiss printing, C) laminating together the first layer, the second layer and the elongate security element by means of laminating rollers, such that the elongate security element is embedded between the first layer and the second layer and the opening of the first layer is closed on one side with the elongate security element. A) making available a first layer, a second layer and an elongate security element, wherein the first layer has at least one through opening and the first layer and the second layer are respectively chosen from a polymeric layer or a paper layer, wherein the layers and the elongate security element are present respectively in the form of an endless web, B) applying laminating adhesive to a surface of at least the first layer by means of kiss printing, C) laminating together the first layer, the second layer and the elongate security element by means of laminating rollers, such that the elongate security element is embedded between the first layer and the second layer and the opening of the first layer is closed on one side with the elongate security element.
A method of manufacturing a hot press formed part by hot pressing a coated steel sheet that is obtained by forming a Zn-based coating layer on a surface of a steel sheet, the method comprising: heating the coated steel sheet to a temperature range of 750 °C or more and 1000 °C or less; cooling a surface of the coated steel sheet; and hot press forming the coated steel sheet under a condition that a surface temperature of the coated steel sheet is 400 °C or less and an average temperature of the coated steel sheet is 500 °C or more. heating the coated steel sheet to a temperature range of 750 °C or more and 1000 °C or less; cooling a surface of the coated steel sheet; and hot press forming the coated steel sheet under a condition that a surface temperature of the coated steel sheet is 400 °C or less and an average temperature of the coated steel sheet is 500 °C or more.
Computer-implemented method (400; 500) for determining a relation between a first scene and a second scene, said method comprising the steps of - generating at least one sensor image of a first scene with at least one sensor, - accessing information related to at least one second scene, said second scene encompassing said first scene, and - matching the sensor image with the second scene to map the sensor image onto the second scene, characterized in that the step of accessing information related to the at least one second scene comprises accessing a textured 3D map comprising geocoded 3D coordinate data and comprising texture data associated to all surfaces of the 3D map exceeding a certain size, and extracting texture data and geocoded 3D coordinate data related to the at least one second scene from the textured 3D map, and the step of matching the sensor image with the second scene comprises matching the sensor image with the extracted texture data, and wherein the mapping involves associating geocoding information to a plurality of positions in the sensor image based on the geocoded 3D coordinate data of the second scene. - generating at least one sensor image of a first scene with at least one sensor, - accessing information related to at least one second scene, said second scene encompassing said first scene, and - matching the sensor image with the second scene to map the sensor image onto the second scene,
An image projector, comprising: a light source to emit light; an image forming device to form an image based on a reflected light of the light emitted from the light source; a color wheel disposed between the light source and the image forming device so as to pass the light emitted from the light source to the image forming device through an optical path, the color wheel including a plurality of color filters; at least one lens to project the image formed on the image forming device to a projection surface as a projection image; and a processor to move the color wheel away from the optical path for the light emitted from the light source, when a brightness of the projection image is to be increased; characterized in that: the processor is further configured to cause the light source to emit the light having an output level less than a predetermined output level, and cause the color wheel to stop rotating, before causing the color wheel be moved away from the optical path, and cause the light source to emit the light having the predetermined output level after the color wheel is moved away from the optical path so as to emit the light from the light source to the image forming device without intervening the color wheel. a light source to emit light; an image forming device to form an image based on a reflected light of the light emitted from the light source; a color wheel disposed between the light source and the image forming device so as to pass the light emitted from the light source to the image forming device through an optical path, the color wheel including a plurality of color filters; at least one lens to project the image formed on the image forming device to a projection surface as a projection image; and a processor to move the color wheel away from the optical path for the light emitted from the light source, when a brightness of the projection image is to be increased; characterized in that: the processor is further configured to cause the light source to emit the light having an output level less than a predetermined output level, and cause the color wheel to stop rotating, before causing the color wheel be moved away from the optical path, and cause the light source to emit the light having the predetermined output level after the color wheel is moved away from the optical path so as to emit the light from the light source to the image forming device without intervening the color wheel. the processor is further configured to cause the light source to emit the light having an output level less than a predetermined output level, and cause the color wheel to stop rotating, before causing the color wheel be moved away from the optical path, and cause the light source to emit the light having the predetermined output level after the color wheel is moved away from the optical path so as to emit the light from the light source to the image forming device without intervening the color wheel.
Three-dimensional orthodontic retainer having at least one elongated wire adjusted to the exact shape of the adjacent teeth and produced from a raw piece, wherein the physical properties of the material of the remaining part of the raw piece are unchanged in the retainer, wherein the retainer is attachable at different heights between the base and the upper end of the tooth enamel, characterised in that the retainer has a substantially semicircular tapered profile with the flat side facing the teeth, and the starting material of the three-dimensional orthodontic retainer was processed directly into the desired final shape without deformation or any other change in the material properties. the retainer has a substantially semicircular tapered profile with the flat side facing the teeth, and the starting material of the three-dimensional orthodontic retainer was processed directly into the desired final shape without deformation or any other change in the material properties.