mhurhangee/ep-ind-claims huggingface dataset:
A rigid ladder comprising a crossbar having a first end at one end of the crossbar and a second end at the opposite end of the crossbar, and two longitudinal members, each longitudinal member located at each end of the crossbar, wherein - the crossbar has been manufactured from a first metal sheet formed to a tubular form, - each of the longitudinal members has been manufactured from a second metal sheet having a first longitudinal edge, a second longitudinal edge opposite the first longitudinal edge, a first planar surface and a second planar surface opposite the first planar surface, - the second metal sheet has been bent in the direction of the second planar surface, and - the first longitudinal edge has been connected to the second longitudinal edge for a forming tubular longitudinal member, - a hole, having an edge, for the crossbar has been provided in the second metal sheet, characterized in that - the edge of the hole has been bent for providing a rim extending from the second planar surface, and - the crossbar has been attached from an end to the rim by bending the end over the rim - the crossbar has been manufactured from a first metal sheet formed to a tubular form, - each of the longitudinal members has been manufactured from a second metal sheet having a first longitudinal edge, a second longitudinal edge opposite the first longitudinal edge, a first planar surface and a second planar surface opposite the first planar surface, - the second metal sheet has been bent in the direction of the second planar surface, and - the first longitudinal edge has been connected to the second longitudinal edge for a forming tubular longitudinal member, - a hole, having an edge, for the crossbar has been provided in the second metal sheet, characterized in that - the edge of the hole has been bent for providing a rim extending from the second planar surface, and - the crossbar has been attached from an end to the rim by bending the end over the rim
A coating composition comprising an epoxy resin, an amine curing agent, a silane coupling agent, water, and a pigment, wherein a content of the water is 3.5 to 11 parts by weight with respect to 100 parts by weight of non-volatile content in the coating composition, and a pigment volume concentration of the coating composition is 37 to 47%.
A method for rendering a substrate hydrophobic comprising: I) exposing the substrate to turbulent flow of a vapor with a concentration comprising at least 90 % of a halosilane in a treatment zone such that the vapor penetrates the substrate, the treatment zone separated from a vent zone by a zone divider, and II) placing the substrate in the vent zone, where an inert gas is introduced into the vent zone to form a positive pressure in the vent zone, where the concentration of the halosilane in the vent zone is lower than the concentration of the halosilane in the treatment zone. I) exposing the substrate to turbulent flow of a vapor with a concentration comprising at least 90 % of a halosilane in a treatment zone such that the vapor penetrates the substrate, the treatment zone separated from a vent zone by a zone divider, and II) placing the substrate in the vent zone, where an inert gas is introduced into the vent zone to form a positive pressure in the vent zone,
A document comprising a pre-printed matrix of a plurality of categories of sub-pixels (202, 204, 206) for personalizing the document with a personal data, wherein the pre-printed matrix further comprises a plurality of categories of positioning marks (208, 210, 212), and wherein each category of positioning marks is associated with a respective category of sub-pixels.
An apparatus for releasing a part (42, 142) with an undercut in injection molding, the apparatus comprising: a flange (6, 106) movably mounted with respect to a movable part (41, 141) of an injection mold, a head (7, 107) movably mounted with respect to the movable part (41, 141), characterized in that the head (7, 107) has a shoulder that in a closed position of the injection mold contacts a stop (9, 109) longitudinally fixed with respect to the moveable part (41, 141), and in that the stop is formed by a wedge element fixed with respect to the movable part (41, 141) or integrated with the moveable part (41, 141). a flange (6, 106) movably mounted with respect to a movable part (41, 141) of an injection mold, a head (7, 107) movably mounted with respect to the movable part (41, 141), characterized in that
A refrigerator comprising: a storage compartment (102, 2002) including a shelf assembly (900a to 900d, 2100) withdrawably disposed in the storage compartment (102, 2002), a plurality of accommodation spaces (951a to 958a, 2110 to 2170) being formed on the shelf assembly (900a to 900d, 2100); a plurality of detectors (151a to 158a, 2310 to 2370), each of which is disposed on one of the plurality of accommodation spaces (951a to 958a, 2110 to 2170) to detect whether the one of the plurality of accommodation spaces (951a to 958a, 2110 to 2170) is occupied; a plurality of indicators (171a to 178a, 2610 to 2670), each of which is disposed on a front plate of the shelf assembly (900a to 900d, 2100) to display whether the one of the plurality of accommodation spaces (951a to 958a, 2110 to 2170) is occupied; and a controller configured to turn on at least one indicator (171a to 178a, 2610 to 2670) corresponding to at least one accommodation space (951a to 958a, 2110 to 2170), based on a result of detection of the plurality of detectors (151a to 158a, 2310 to 2370), wherein, in response to a user input for unloading a storage container from a first accommodation space among the plurality of accommodation spaces (951a to 958a, 2110 to 2170), the controller is configured to turn on a first indicator among the plurality of indicators (171a to 178a, 2610 to 2670), characterized in that: in response to a user input for reloading the storage container which is unloaded from the first accommodation space, the controller is configured to turn on the first indicator of the first accommodation space. a storage compartment (102, 2002) including a shelf assembly (900a to 900d, 2100) withdrawably disposed in the storage compartment (102, 2002), a plurality of accommodation spaces (951a to 958a, 2110 to 2170) being formed on the shelf assembly (900a to 900d, 2100); a plurality of detectors (151a to 158a, 2310 to 2370), each of which is disposed on one of the plurality of accommodation spaces (951a to 958a, 2110 to 2170) to detect whether the one of the plurality of accommodation spaces (951a to 958a, 2110 to 2170) is occupied; a plurality of indicators (171a to 178a, 2610 to 2670), each of which is disposed on a front plate of the shelf assembly (900a to 900d, 2100) to display whether the one of the plurality of accommodation spaces (951a to 958a, 2110 to 2170) is occupied; and a controller configured to turn on at least one indicator (171a to 178a, 2610 to 2670) corresponding to at least one accommodation space (951a to 958a, 2110 to 2170), based on a result of detection of the plurality of detectors (151a to 158a, 2310 to 2370), wherein, in response to a user input for unloading a storage container from a first accommodation space among the plurality of accommodation spaces (951a to 958a, 2110 to 2170), the controller is configured to turn on a first indicator among the plurality of indicators (171a to 178a, 2610 to 2670), characterized in that: in response to a user input for reloading the storage container which is unloaded from the first accommodation space, the controller is configured to turn on the first indicator of the first accommodation space.
A semiconductor laser having a multilayer structure comprising a ridge and two material removal areas (16, 18) adjacent to the ridge on either side, the multilayer structure being arranged on a substrate and a layer expansion plane being defined by a surface of the substrate, the ridge having at least one active region and at least the active region being spatially limited by passages (22, 24) between the ridge and the material removal areas (16, 18) in one dimension of the layer expansion plane, the active region having a layer structure for forming an interband cascade laser, wherein, at least in the material removal areas (16, 18), an insulation layer and a superimposed grating structure layer are provided, the insulation layer and the grating structure layer being arranged in the material removal areas (16, 18) in such a manner that the grating structure layer is arranged below, but not more than 100 nm below, a bottom edge of the active region, the grating structure layer comprising a metal and being formed by grating webs that are periodic at least in sections, the grating structure layer having separate parallel webs made of the metal, said grating webs of the grating structure layer being arranged perpendicularly to the orientation of the ridge of the multilayer structure so that an optical feedback with a laser radiation in the active region is produced. a multilayer structure comprising a ridge and two material removal areas (16, 18) adjacent to the ridge on either side, the multilayer structure being arranged on a substrate and a layer expansion plane being defined by a surface of the substrate, the ridge having at least one active region and at least the active region being spatially limited by passages (22, 24) between the ridge and the material removal areas (16, 18) in one dimension of the layer expansion plane, the active region having a layer structure for forming an interband cascade laser, wherein, at least in the material removal areas (16, 18), an insulation layer and a superimposed grating structure layer are provided, the insulation layer and the grating structure layer being arranged in the material removal areas (16, 18) in such a manner that the grating structure layer is arranged below, but not more than 100 nm below, a bottom edge of the active region, the grating structure layer comprising a metal and being formed by grating webs that are periodic at least in sections, the grating structure layer having separate parallel webs made of the metal, said grating webs of the grating structure layer being arranged perpendicularly to the orientation of the ridge of the multilayer structure so that an optical feedback with a laser radiation in the active region is produced.
A wear member for excavating equipment comprising a working section and a mounting section generally aligned along a longitudinal axis, the mounting section including a socket for receiving a base fixed to the excavating equipment, to mount the wear member on the excavating equipment, a leading side adapted to be a forward surface during advance of the wear member through the ground during a digging operation, and a trailing side adapted to be a rearward surface during advance of the wear member through the ground, the leading and trailing sides (25, 27) extending axially across the working and mounting sections (21; 23), characterized in that the leading side having a greater width than the trailing side in transverse cross sections perpendicular to the longitudinal axis along at least part of the mounting section, and the socket is formed with a generally trapezoidal transverse shape that generally corresponds to the transverse trapezoidal exterior profile of the wear member.
Pipetting arrangement comprising at least two sets of pipettes (9a to 9d')each of said sets of pipettes being operationally connected, via a controllable ON/OFF valve (11a to 11d) each, to a common aspiration port operationally connected to a pumping arrangement(3,5) generating an aspiration effect to said aspiration port, said valves (11a to 11d) being controlled by a timing-control unit conceived to establish, by control of said valves(11a to 11d), said operational connections of said at least two sets of pipettes(9a to 9d') to said aspiration port in a time-multiplexed manner, characterized by said pumping arrangement (3,5) being controlled to be ongoingly operative during establishing, by control of said valves (11a to 11d), said operational connections of said at least two sets of pipettes (9a to 9d') to said aspiration port in said time-multiplexed manner, and wherein the pipetting arrangement is configured to define volumes of aspirated doses merely by the controlled operation of said valves.
A joint arthroplasty system (10, 320, 400, 418, 428, 500), comprising: a prosthetic articular surface (314, 402, 422, 434, 502) which replaces at least a portion of a natural articular surface of a bone; a prosthetic component (50, 310, 420, 430, 510) comprising a bone-contacting surface (56, 312, 404, 424, 504), the bone-contacting surface (56, 312, 404, 424, 504) comprising at least one undercut channel (52, 318) extending across at least a portion of the bone-contacting surface (56, 312, 404, 424, 504) and through a perimeter edge of the bone-contacting surface (56, 312, 404, 424, 504); and an anchor (20, 350) comprising a rail (24, 356), a blade (22, 360), and a support (26, 358), the rail (24, 356) comprising at least one lateral protrusion (30, 354), the blade (22, 360) offset from the rail (24, 356), the support (26, 358) connecting the rail (24, 356) and the blade (22, 369); wherein the rail (24, 356) is insertable into the channel (52, 318) to connect the anchor (20, 350) to the prosthetic component (50, 310, 420, 430, 510); wherein, when the rail (24, 356) is inserted into the channel (52, 318), the support (26, 358) protrudes through the bone-contacting surface (56, 312, 404, 424, 504), and the blade (22, 360) is carried at a distance from the bone-contacting surface (56, 312, 404, 424, 504), characterised in that the lateral protrusion (30,354) is adapted such that, when the rail (24,356) is inserted into the channel (52,318), the lateral protrusion (30, 354) plastically deforms to create an interference fit in the channel (52,318). a prosthetic articular surface (314, 402, 422, 434, 502) which replaces at least a portion of a natural articular surface of a bone; a prosthetic component (50, 310, 420, 430, 510) comprising a bone-contacting surface (56, 312, 404, 424, 504), the bone-contacting surface (56, 312, 404, 424, 504) comprising at least one undercut channel (52, 318) extending across at least a portion of the bone-contacting surface (56, 312, 404, 424, 504) and through a perimeter edge of the bone-contacting surface (56, 312, 404, 424, 504); and an anchor (20, 350) comprising a rail (24, 356), a blade (22, 360), and a support (26, 358), the rail (24, 356) comprising at least one lateral protrusion (30, 354), the blade (22, 360) offset from the rail (24, 356), the support (26, 358) connecting the rail (24, 356) and the blade (22, 369); wherein the rail (24, 356) is insertable into the channel (52, 318) to connect the anchor (20, 350) to the prosthetic component (50, 310, 420, 430, 510); wherein, when the rail (24, 356) is inserted into the channel (52, 318), the support (26, 358) protrudes through the bone-contacting surface (56, 312, 404, 424, 504), and the blade (22, 360) is carried at a distance from the bone-contacting surface (56, 312, 404, 424, 504), characterised in that the lateral protrusion (30,354) is adapted such that, when the rail (24,356) is inserted into the channel (52,318), the lateral protrusion (30, 354) plastically deforms to create an interference fit in the channel (52,318).
A rotatable brush assembly for a self-propelled robotic cleaning apparatus for cleaning a submerged surface of a pool or tank, comprising an elongated cylindrical roller and a web material having spaced-apart cleaning members extending outwardly on an external surface of the web material and a width dimensioned such that an inner surface of the web material wraps around and directly covers an outer surface of the elongated cylindrical roller, characterized in that: the elongated cylindrical roller is formed by a first arcuate member and a second arcuate member, each arcuate member having an inner longitudinal portion (103, 105) and an opposing longitudinal free end (107, 109), the inner longitudinal portions (103, 105) being positioned adjacently and hinged together, the longitudinal free ends being positioned adjacently when the hinge is in a closed position to form the elongated cylindrical roller; the web material has opposing longitudinal ends that substantially conform to the opposing longitudinal free ends (107, 109) of the cylindrical roller, each longitudinal end of the web material terminating in a U-shaped flange which defines a channel that conforms to and interfaces with one of the longitudinal free ends (107, 109) of the roller; and the rotatable brush assembly comprises end caps disposed over the opposing ends of the elongated cylindrical roller. the elongated cylindrical roller is formed by a first arcuate member and a second arcuate member, each arcuate member having an inner longitudinal portion (103, 105) and an opposing longitudinal free end (107, 109), the inner longitudinal portions (103, 105) being positioned adjacently and hinged together, the longitudinal free ends being positioned adjacently when the hinge is in a closed position to form the elongated cylindrical roller; the web material has opposing longitudinal ends that substantially conform to the opposing longitudinal free ends (107, 109) of the cylindrical roller, each longitudinal end of the web material terminating in a U-shaped flange which defines a channel that conforms to and interfaces with one of the longitudinal free ends (107, 109) of the roller; and the rotatable brush assembly comprises end caps disposed over the opposing ends of the elongated cylindrical roller.
Method for driving autonomously out of a parked position by a second vehicle, comprising the steps of: a) detecting an unlock-signal for unlocking a central locking system of a first vehicle parked at a first position; b) determining whether said first and second vehicles are parked parallelly and directly next to each other in response to said unlock-signal; characterized in that said unlock-signal is detected by the second vehicle parked at a second position; and, the method further comprises the steps of: c) if so, driving the second vehicle autonomously at least partly out of the second position, thereby allowing a driver of the first vehicle to enter the first vehicle and to drive the first vehicle at least partly out of said first position; d) determining whether the first vehicle has left at least partly said first position; and, e) if so, driving the second vehicle autonomously back in said second position. a) detecting an unlock-signal for unlocking a central locking system of a first vehicle parked at a first position; b) determining whether said first and second vehicles are parked parallelly and directly next to each other in response to said unlock-signal; characterized in that said unlock-signal is detected by the second vehicle parked at a second position; and, the method further comprises the steps of: c) if so, driving the second vehicle autonomously at least partly out of the second position, thereby allowing a driver of the first vehicle to enter the first vehicle and to drive the first vehicle at least partly out of said first position; d) determining whether the first vehicle has left at least partly said first position; and, e) if so, driving the second vehicle autonomously back in said second position. directly next to each other in response to said unlock-signal; characterized in that said unlock-signal is detected by the second vehicle parked at a second position; and, the method further comprises the steps of: c) if so, driving the second vehicle autonomously at least partly out of the second position, thereby allowing a driver of the first vehicle to enter the first vehicle and to drive the first vehicle at least partly out of said first position; d) determining whether the first vehicle has left at least partly said first position; and, e) if so, driving the second vehicle autonomously back in said second position. c) if so, driving the second vehicle autonomously at least partly out of the second position, thereby allowing a driver of the first vehicle to enter the first vehicle and to drive the first vehicle at least partly out of said first position; d) determining whether the first vehicle has left at least partly said first position; and, e) if so, driving the second vehicle autonomously back in said second position.
An illuminating device comprising: a light source that emits light spreading in a fan-shape; and an optical guide plate including a light-incident end surface that receives therein light emitted from said light source, a luminescence section that converts the received light into a surface-emission light for emission thereof, and a protrusion that fixes the optical guide plate onto a housing, characterized in that: said protrusion is formed on side surfaces of the optical guide plate that cross at right angles said light-incident end surface of said optical guide plate at a position outside an outgoing-angle range of the light that travels through said light-incident end surface while spreading in a fan-shape, the side surfaces of the optical guide plate opposing each other. a light source that emits light spreading in a fan-shape; and an optical guide plate including a light-incident end surface that receives therein light emitted from said light source, a luminescence section that converts the received light into a surface-emission light for emission thereof, and a protrusion that fixes the optical guide plate onto a housing, characterized in that: said protrusion is formed on side surfaces of the optical guide plate that cross at right angles said light-incident end surface of said optical guide plate at a position outside an outgoing-angle range of the light that travels through said light-incident end surface while spreading in a fan-shape, the side surfaces of the optical guide plate opposing each other. said protrusion is formed on side surfaces of the optical guide plate that cross at right angles said light-incident end surface of said optical guide plate at a position outside an outgoing-angle range of the light that travels through said light-incident end surface while spreading in a fan-shape, the side surfaces of the optical guide plate opposing each other.
A polypeptide for use in a method for treating hemophilia A or hemophilia B in a subject in need thereof, comprising administering to the subject an effective amount of the polypeptide, wherein the polypeptide comprises SEQ ID NO.3.