mhurhangee/ep-ind-claims huggingface dataset:
A fire protection structural element, in particular a fire protection door, gate, hatch, or wall element, with a module-form housing consisting of sheet material, and located in the housing, an insulation structure extending essentially completely over a base surface area of the housing, which insulation structure has a central air layer and at least two layers, each of which comprises at least one gypsum material sheet, and of which two are arranged on opposite sides of the air layer, wherein at least one gypsum material sheet, at least on one side facing towards the air layer is bonded with a stabilising layer of a web-form material, which extends essentially over the whole base surface area of the gypsum material sheet, wherein the material of the stabilising layer is formed from fibres or threads, or has the latter, characterised in that, the stabilising layer is bonded with adhesive to the gypsum material sheet over its whole surface area, wherein the adhesive contains a foaming component.
A cable cutting system for an aircraft, the cable cutting system comprising: a first cutting apparatus comprising a recess to receive a cable and a first cutting surface positioned in the recess; and a second cutting apparatus attached to the first cutting apparatus, the second cutting apparatus comprising a cutter wheel having a plurality of cutting surfaces (302a-e), a space between adjacent cutting surfaces (302a-e) recessed to receive the cable, the plurality of cutting surfaces (302a-e) arranged about the cutter wheel to cut the cable received in the recess in the space between the adjacent cutting surfaces (302a-e), wherein the cutter wheel includes a pivot position about which the cutter wheel is rotatable to cut the cable received in the space, the cutter wheel configured to rotate in response to the cable contacting the cutter wheel, the pivot position being located behind a position in the recess that provides a minimum clearance for the first cutting surface in the recess to cut the cable, wherein a cutting force exerted by a cutting surface (302a-e) of the cutter wheel on the cable increases as an angle between the cutting force and a vertical line passing through the pivot position decreases. a first cutting apparatus comprising a recess to receive a cable and a first cutting surface positioned in the recess; and a second cutting apparatus attached to the first cutting apparatus, the second cutting apparatus comprising a cutter wheel having a plurality of cutting surfaces (302a-e), a space between adjacent cutting surfaces (302a-e) recessed to receive the cable, the plurality of cutting surfaces (302a-e) arranged about the cutter wheel to cut the cable received in the recess in the space between the adjacent cutting surfaces (302a-e), wherein the cutter wheel includes a pivot position about which the cutter wheel is rotatable to cut the cable received in the space, the cutter wheel configured to rotate in response to the cable contacting the cutter wheel, the pivot position being located behind a position in the recess that provides a minimum clearance for the first cutting surface in the recess to cut the cable, wherein a cutting force exerted by a cutting surface (302a-e) of the cutter wheel on the cable increases as an angle between the cutting force and a vertical line passing through the pivot position decreases.
A method comprising: receiving, by a link service, and from a partner service, a second request to provide access to an object referred to by a co-managed link, wherein the second request is the result of the partner service receiving a first request pertaining to an object resulting from a link caller calling a partner service link that the partner service maps to the co-managed link and the partner service utilizing its own criteria to determine whether the partner service link is valid; performing, by the link service, link servicing functions including validating the co-managed link, and link logging; and after performing the link servicing functions, sending, by the link service to the partner service, a file system access object pointing to a file system containing the object, the file system access object including an authorization token, an identification of an authorized entity, and an object ID. receiving, by a link service, and from a partner service, a second request to provide access to an object referred to by a co-managed link, wherein the second request is the result of the partner service receiving a first request pertaining to an object resulting from a link caller calling a partner service link that the partner service maps to the co-managed link and the partner service utilizing its own criteria to determine whether the partner service link is valid; performing, by the link service, link servicing functions including validating the co-managed link, and link logging; and after performing the link servicing functions, sending, by the link service to the partner service, a file system access object pointing to a file system containing the object, the file system access object including an authorization token, an identification of an authorized entity, and an object ID.
A press hardening method comprises the following steps: A. the provision of a carbon steel sheet coated with a barrier pre-coating comprising nickel and chromium wherein the weight ratio Ni/Cr is between 1.5 and 9, B. the cutting of the coated carbon steel sheet to obtain a blank, C. the thermal treatment of the blank, D. the transfer of the blank into a press tool, E. the hot-forming of the blank to obtain a part, F. the cooling of the part obtained at step E) in order to obtain a microstructure in steel being martensitic or martensito-bainitic or made of at least 75% of equiaxed ferrite, from 5 to 20% of martensite and bainite in amount less than or equal to 10%. A. the provision of a carbon steel sheet coated with a barrier pre-coating comprising nickel and chromium wherein the weight ratio Ni/Cr is between 1.5 and 9, B. the cutting of the coated carbon steel sheet to obtain a blank, C. the thermal treatment of the blank, D. the transfer of the blank into a press tool, E. the hot-forming of the blank to obtain a part, F. the cooling of the part obtained at step E) in order to obtain a microstructure in steel being martensitic or martensito-bainitic or made of at least 75% of equiaxed ferrite, from 5 to 20% of martensite and bainite in amount less than or equal to 10%.
Method for controlling at least one device for concealing at least one opening of a room in a building, characterized in that the method includes the steps of: - obtaining the temperature of the room in the building, - obtaining a solar radiation value (102, 110), - comparing the temperature of the room in the building with at least one temperature threshold, - determining at least one solar radiation comparison threshold from the result of comparing the temperature of the room with said at least one threshold, - comparing the solar radiation value thus obtained with at least the solar radiation comparison threshold or thresholds thus determined, - controlling the concealing device as a function of the comparison of the solar radiation value with the solar radiation comparison threshold thus determined. - obtaining the temperature of the room in the building, - obtaining a solar radiation value (102, 110), - comparing the temperature of the room in the building with at least one temperature threshold, - determining at least one solar radiation comparison threshold from the result of comparing the temperature of the room with said at least one threshold, - comparing the solar radiation value thus obtained with at least the solar radiation comparison threshold or thresholds thus determined, - controlling the concealing device as a function of the comparison of the solar radiation value with the solar radiation comparison threshold thus determined.
A draft device comprising: a draft roller), the draft roller comprising: a fiber-contacting portion formed with a substantially uniform diameter and adapted to make a fiber bundle contact with an outer peripheral surface thereof, and a reduced-diameter portion having a diameter smaller than the fiber-contacting portion and provided at both ends of the fiber-contacting portion in an axial direction, wherein a total width of the fiber-contacting portion and the reduced-diameter portion in the axial direction is 30 mm or longer and 34 mm or shorter; the draft device furthermore comprising an opposed roller arranged opposing the draft roller and adapted to nip a fiber bundle between the opposed roller and the fiber-contacting portion of the draft roller, characterized in that a width of the fiber-contacting portion in the axial direction is less than 18 mm, and the width of the fiber-contacting portion in the axial direction is longer than a width of the fiber bundle to be nipped between the fiber-contacting portion and the opposed roller within a range of 7 mm or longer and 11 mm or shorter. a draft roller), the draft roller comprising: a fiber-contacting portion formed with a substantially uniform diameter and adapted to make a fiber bundle contact with an outer peripheral surface thereof, and a reduced-diameter portion having a diameter smaller than the fiber-contacting portion and provided at both ends of the fiber-contacting portion in an axial direction, wherein a total width of the fiber-contacting portion and the reduced-diameter portion in the axial direction is 30 mm or longer and 34 mm or shorter; the draft device furthermore comprising an opposed roller arranged opposing the draft roller and adapted to nip a fiber bundle between the opposed roller and the fiber-contacting portion of the draft roller, a fiber-contacting portion formed with a substantially uniform diameter and adapted to make a fiber bundle contact with an outer peripheral surface thereof, and a reduced-diameter portion having a diameter smaller than the fiber-contacting portion and provided at both ends of the fiber-contacting portion in an axial direction, wherein a total width of the fiber-contacting portion and the reduced-diameter portion in the axial direction is 30 mm or longer and 34 mm or shorter; the draft device furthermore comprising an opposed roller arranged opposing the draft roller and adapted to nip a fiber bundle between the opposed roller and the fiber-contacting portion of the draft roller, characterized in that a width of the fiber-contacting portion in the axial direction is less than 18 mm, and the width of the fiber-contacting portion in the axial direction is longer than a width of the fiber bundle to be nipped between the fiber-contacting portion and the opposed roller within a range of 7 mm or longer and 11 mm or shorter.
Method to reinforce a dike by placement of a subterranean waterpermeable curtain below the face of the earth, comprising the steps of: - selecting an area with soil in which the subterranean curtain is to be placed; - carving a slit at a predefined location in the soil; - providing a movable casing in said slit; - providing the movable casing with the curtain; - dispatching the curtain from the movable casing into the slit; - closing said slit, characterized by - carving the slit and providing the subterranean curtain in said slit is executed in an area with a predefined stratification of a sand layer and a clay layer on top of said sand layer, wherein: - after dispatching the waterpermeable curtain from the movable casing into the slit, sand and clay is introduced in the slit on opposite sides of the waterpermeable curtain so as to close said slit and restore the area's original stratification of sand and clay. - selecting an area with soil in which the subterranean curtain is to be placed; - carving a slit at a predefined location in the soil; - providing a movable casing in said slit; - providing the movable casing with the curtain; - dispatching the curtain from the movable casing into the slit; - closing said slit, characterized by - carving the slit and providing the subterranean curtain in said slit is executed in an area with a predefined stratification of a sand layer and a clay layer on top of said sand layer, wherein: - after dispatching the waterpermeable curtain from the movable casing into the slit, sand and clay is introduced in the slit on opposite sides of the waterpermeable curtain so as to close said slit and restore the area's original stratification of sand and clay. - after dispatching the waterpermeable curtain from the movable casing into the slit, sand and clay is introduced in the slit on opposite sides of the waterpermeable curtain so as to close said slit and restore the area's original stratification of sand and clay.
A method of coating a substrate, which comprises applying to said substrate a tape construct which comprises layers of, in order, a tape substrate, a laser-imageable ink comprising a NIR-absorbing component, and an adhesive, whereby an image is subsequently created in said tape by irradiation with a laser.
An engine support structure for a motorcycle, which comprise: a first main frame segment extending rearwardly from a head pipe to support a front wheel; a second main frame segment to pivotally support a swingarm to support a rear wheel; and an engine casing interposed between the head pipe and the swingarm; wherein the engine casing includes a crankcase section to support a crankshaft, a cylinder forming section protruding upwardly from a front portion of the crankcase section and a transmission casing section disposed rearwardly of the crankcase section; wherein the first main frame segment includes a first mount portion, which is connected with a front portion of the cylinder forming section, and a second mount portion which is connected with a rear portion of the cylinder forming section; and wherein the second main frame segment includes a third mount portion which is connected with a rear portion of the transmission casing section. a first main frame segment extending rearwardly from a head pipe to support a front wheel; a second main frame segment to pivotally support a swingarm to support a rear wheel; and an engine casing interposed between the head pipe and the swingarm; wherein the engine casing includes a crankcase section to support a crankshaft, a cylinder forming section protruding upwardly from a front portion of the crankcase section and a transmission casing section disposed rearwardly of the crankcase section; wherein the first main frame segment includes a first mount portion, which is connected with a front portion of the cylinder forming section, and a second mount portion which is connected with a rear portion of the cylinder forming section; and wherein the second main frame segment includes a third mount portion which is connected with a rear portion of the transmission casing section.
A device for operating a system for blinding a window, that comprises at least one end mobile in translation between a retracted position and an extended position in which the system blinds at least in part the window, the operating device comprising: - a flexible push belt that comprises a first and a second (11, 21) ends, which is intended to be connected to the mobile end of the blind system and which is adapted to transmit a pushing force to the mobile end of the blind system, - motorized means for driving the push belt, adapted to translationally move the push belt between a proximal position (Pp) corresponding to the retracted position of the blind system and a distal position (Pd) corresponding to the extended position of the blind system, characterized in that it comprises two parallel tracks or slides (28, 30), superimposed to each other or facing each other, in which the first and second ends (11, 21) of the push belt circulate, and in that the drive means comprise a drive and steering wheel around which the push belt is partially wound so that a portion of the push belt is located in the first slide and another portion is located in the second slide. - a flexible push belt that comprises a first and a second (11, 21) ends, which is intended to be connected to the mobile end of the blind system and which is adapted to transmit a pushing force to the mobile end of the blind system, - motorized means for driving the push belt, adapted to translationally move the push belt between a proximal position (Pp) corresponding to the retracted position of the blind system and a distal position (Pd) corresponding to the extended position of the blind system, characterized in that it comprises two parallel tracks or slides (28, 30), superimposed to each other or facing each other, in which the first and second ends (11, 21) of the push belt circulate, and in that the drive means comprise a drive and steering wheel around which the push belt is partially wound so that a portion of the push belt is located in the first slide and another portion is located in the second slide.
A fitting for a component (2, 3), in particular a wooden component, which has a groove with a groove base, which is concave in the form of a circular arc in longitudinal direction of the groove, and groove flanks (9, 10) in the form of circular segments, which fitting (4, 5) has a section with a face side, which is convex in the form of a circular arc in longitudinal direction, and two parallel lateral sides (19, 20) for insertion into the groove, wherein each lateral side (19, 20) is provided with at least one laterally protruding cutting edge (21, 21') in the form of a circular arc concentric to the face side, by means of which the fitting (4, 5) can be slid into the groove from its one end in a circular arc-shaped movement, and wherein the fitting (4, 5) is further configured to be detachably or non-detachably connected with a second fitting (5, 4) via its side (15, 17) facing away from said section, characterized in that the face side is provided with at least one cutting rib extending in the form of a circular arc in longitudinal direction.
A medical instrument comprising: a camera body introduced into a body; image pickup means incorporated in the camera body for picking up an image of an object; a transparent cover member movably disposed at the camera body that always covers an image taking side of the image pickup means irrespective of a moving position; moving means (5, 42, 43) that causes the cover member to move; and cleaning means (15, 16, 17, 18) including a cleaning nozzle disposed outside an image pickup range of the image pickup means, the cleaning means (15, 16, 17, 18) being adapted to perform cleaning by jetting a fluid over a surface part of the cover member moved to outside the image pickup range of the image pickup means, from the cleaning nozzle opposed to the surface part, characterized in that the cover member is formed into a cylindrical shape, blocks an observation window formed in the camera body so as to always cover the image taking side of the image pickup means and rotates around the image pickup means. a camera body introduced into a body; image pickup means incorporated in the camera body for picking up an image of an object; a transparent cover member movably disposed at the camera body that always covers an image taking side of the image pickup means irrespective of a moving position; moving means (5, 42, 43) that causes the cover member to move; and cleaning means (15, 16, 17, 18) including a cleaning nozzle disposed outside an image pickup range of the image pickup means, the cleaning means (15, 16, 17, 18) being adapted to perform cleaning by jetting a fluid over a surface part of the cover member moved to outside the image pickup range of the image pickup means, from the cleaning nozzle opposed to the surface part, characterized in that the cover member is formed into a cylindrical shape, blocks an observation window formed in the camera body so as to always cover the image taking side of the image pickup means and rotates around the image pickup means.
A dental cleaning appliance comprising: a handle and a cleaning tool connected to the handle, the cleaning tool comprising a plurality of bristles and a moveable bristle carrier upon which the plurality of bristles is mounted; a drive unit for moving the bristle carrier, the drive unit comprising a motor; a fluid delivery system for delivering a burst of working fluid to the teeth of a user; and a control circuit for controlling the delivery of the burst of working fluid to the teeth of a user; wherein the appliance has a first operational mode in which the delivery of the burst of working fluid to the teeth of a user is inhibited and a second operational mode in which the burst of working fluid to the teeth of a user is permitted, and wherein, during use of the appliance, the control circuit is arranged to effect a transition between the first operational mode and the second operational mode automatically depending on a detected operational parameter of the appliance; wherein the detected operational parameter of the appliance is the magnitude of the current drawn by the motor during use of the appliance. a handle and a cleaning tool connected to the handle, the cleaning tool comprising a plurality of bristles and a moveable bristle carrier upon which the plurality of bristles is mounted; a drive unit for moving the bristle carrier, the drive unit comprising a motor; a fluid delivery system for delivering a burst of working fluid to the teeth of a user; and a control circuit for controlling the delivery of the burst of working fluid to the teeth of a user; wherein the appliance has a first operational mode in which the delivery of the burst of working fluid to the teeth of a user is inhibited and a second operational mode in which the burst of working fluid to the teeth of a user is permitted, and wherein, during use of the appliance, the control circuit is arranged to effect a transition between the first operational mode and the second operational mode automatically depending on a detected operational parameter of the appliance; wherein the detected operational parameter of the appliance is the magnitude of the current drawn by the motor during use of the appliance.
A clamping element configured to be pressed to a baseplate of at least one power semiconductor module comprising a mold, comprising - at least two contact areas being configured to be in direct contact to at least one clamping area of the baseplate being free of the mold, and - at least two recesses provided in the clamping element, - at least two holes, wherein - at least one recess and at least one contact area are configured to face the baseplate, - the clamping element is configured to connect the at least one power semiconductor module with a cooler. - at least two contact areas being configured to be in direct contact to at least one clamping area of the baseplate being free of the mold, and - at least two recesses provided in the clamping element, - at least two holes, wherein - at least one recess and at least one contact area are configured to face the baseplate, - the clamping element is configured to connect the at least one power semiconductor module with a cooler.
A solid alkaline composition for cleaning, comprising at least one alkaline source selected from the group consisting of sodium hydroxide, potassium hydroxide, and lithium hydroxide, at least one polyethylene glycol and at least one corrosion inhibitor, wherein the weight ratio of alkaline source to polyethylene glycol is in the range from 20: 1 to 2: 1.