mhurhangee/ep-ind-claims huggingface dataset:
An apparatus to support a superconductor winding (60, 61) in a spaced apart relationship from a rotor core of an electromotive machine, comprising: a cradle configured to define a recess to receive the superconductor winding (60, 61); at least a first elongated loop arranged at a respective angle (α) relative to a radial axis intersecting said cradle, said radial axis extending radially with respect to a longitudinal axis (52, 79) of the rotor core, wherein said at least first elongated loop comprises a respective material substantially resistant to heat flow, wherein the cradle is received within said at least first loop at a distal end of the elongated loop; an axially-extending base assembly arranged to anchor said at least first loop with respect to the rotor core at a proximate end of the elongated loop, which proximate end is located on a first side of the radial axis, wherein the base assembly extends axially in the direction of the longitudinal axis of the rotor core, wherein the first side of the radial axis is tangentially to one side of the radial axis, tangentially with respect to the longitudinal axis of the rotor core; and a support structure to provide jointly with said at least first loop radial and tangential support to the cradle, said radial and tangential support being located on a second side of the radial axis, which is opposite to the first side, tangentially with respect to the longitudinal axis of the rotor core, wherein the apparatus further comprises a pedestal arranged to close a bottom side of the recess and support the superconductor winding (60, 61) in the cradle. a cradle configured to define a recess to receive the superconductor winding (60, 61); at least a first elongated loop arranged at a respective angle (α) relative to a radial axis intersecting said cradle, said radial axis extending radially with respect to a longitudinal axis (52, 79) of the rotor core, wherein said at least first elongated loop comprises a respective material substantially resistant to heat flow, wherein the cradle is received within said at least first loop at a distal end of the elongated loop; an axially-extending base assembly arranged to anchor said at least first loop with respect to the rotor core at a proximate end of the elongated loop, which proximate end is located on a first side of the radial axis, wherein the base assembly extends axially in the direction of the longitudinal axis of the rotor core, wherein the first side of the radial axis is tangentially to one side of the radial axis, tangentially with respect to the longitudinal axis of the rotor core; and a support structure to provide jointly with said at least first loop radial and tangential support to the cradle, said radial and tangential support being located on a second side of the radial axis, which is opposite to the first side, tangentially with respect to the longitudinal axis of the rotor core, wherein the apparatus further comprises a pedestal arranged to close a bottom side of the recess and support the superconductor winding (60, 61) in the cradle.
Cannabidiol for use in the treatment of nocturnal snoring in subjects diagnosed with Doose Syndrome wherein the CBD is present as a synthetic compound or is in the form of a highly purified extract of cannabis which comprises at least 98% (w/w) CBD.
Bipolar plate for an electrochemical cell, comprising a flow space which is disposed between a first plate element and a second plate element and has a flow inlet and a flow outlet for a coolant that flows through the flow space, wherein each plate element (2, 3) has a contact plane for contact with the respective other plate element (2, 3) and, between the flow inlet and the flow outlet, a multitude of elevations which project out of the contact plane and face away from the respective other plate element (2, 3) and which have openings towards the contact plane, and wherein first flow channels are formed by the openings of the elevations in that the elevations of the two plate elements (2, 3) are offset with respect to one another, wherein each elevation at least partly overlaps with at least one elevation of the respective other plate element (2, 3), characterized in that a direction-dependent flow resistance is established in the first flow channels of the bipolar plate in that the elevations on the plate elements (2, 3) are disposed in the vertices of regular triangles, and the plate elements (2, 3) are arranged offset with respect to one another such that, in a projection onto the contact plane, an elevation of the first plate element is in an off-center arrangement within a triangle of elevations of the second plate element.
A method for in-line processing of pre-formed pultruded products to be used within a wind turbine rotor blade, the method comprising: transporting a pre-formed pultruded product in a processing direction along a travel path, the pre-formed pultruded product including a combination of fibers and resin, the pre-formed pultrusion product extending lengthwise in the processing direction and defining an initial width in a widthwise direction; roughening an outer surface of the pre-formed pultruded product as the pre-formed pultruded product is being transported in the processing direction along the travel path; after roughening the outer surface of the pre-formed pultruded product, vacuuming or drying the outer surface of the pre-formed pultruded product, and cutting the pre-formed pultruded product lengthwise in the processing direction to form first and second pultruded plates as the pre-formed pultruded product is being transported in the processing direction along the travel path, each of the first and second pultruded plates defining a width in the widthwise direction that is less than the initial width of the pre-formed pultruded product. transporting a pre-formed pultruded product in a processing direction along a travel path, the pre-formed pultruded product including a combination of fibers and resin, the pre-formed pultrusion product extending lengthwise in the processing direction and defining an initial width in a widthwise direction; roughening an outer surface of the pre-formed pultruded product as the pre-formed pultruded product is being transported in the processing direction along the travel path; after roughening the outer surface of the pre-formed pultruded product, vacuuming or drying the outer surface of the pre-formed pultruded product, and cutting the pre-formed pultruded product lengthwise in the processing direction to form first and second pultruded plates as the pre-formed pultruded product is being transported in the processing direction along the travel path, each of the first and second pultruded plates defining a width in the widthwise direction that is less than the initial width of the pre-formed pultruded product.
A method to control lost circulation in a lost circulation zone in a wellbore, comprising: introducing an altered drilling fluid into the wellbore such that the altered drilling fluid contacts the lost circulation zone and reduces a rate of lost circulation into the lost circulation zone, where the altered drilling fluid comprises a drilling fluid and a lost circulation material, wherein the LCM comprises: a plurality of date tree trunk fibers produced from date tree trunks and a plurality of date tree rachis fibers produced from date tree rachises, each of the plurality of date tree trunk fibers and the plurality of date tree rachis fibers having a length in the range of 20 microns (μm) to 300 μm.
Lift-up bed structure comprising: a fixed framework; a pivoting framework capable of supporting bedding, mounted to pivot on a transverse pivoting axis in such a way that the pivoting framework can pivot between a horizontal position stretched out forward and a rear vertical raised position; and a mobile support capable of supporting a seat, movably mounted on the fixed framework in such a way that the mobile support can be displaced between a high advanced position and a low retracted position in which it is lower than in the high advanced position; the mobile support, in advanced position, extending at least partly in front of the pivoting framework, in raised position, and the mobile support, in retracted position, extending at least partly below and at a distance from the pivoting framework, in stretched-out position; guiding means which determine the travel of the mobile support relative to the fixed framework between its high advanced position and its low retracted position and which comprise guides (27, 28) mounted on the fixed framework and rollers (31, 32) or runners mounted on the mobile support and cooperating with the guides; and link means linking the pivoting framework and the mobile support and capable of displacing the mobile support from its advanced position to its retracted position when the pivoting framework is pivoted from its raised position to its stretched-out position, and vice versa, along said travel. a fixed framework; a pivoting framework capable of supporting bedding, mounted to pivot on a transverse pivoting axis in such a way that the pivoting framework can pivot between a horizontal position stretched out forward and a rear vertical raised position; and a mobile support capable of supporting a seat, movably mounted on the fixed framework in such a way that the mobile support can be displaced between a high advanced position and a low retracted position in which it is lower than in the high advanced position; the mobile support, in advanced position, extending at least partly in front of the pivoting framework, in raised position, and the mobile support, in retracted position, extending at least partly below and at a distance from the pivoting framework, in stretched-out position; guiding means which determine the travel of the mobile support relative to the fixed framework between its high advanced position and its low retracted position and which comprise guides (27, 28) mounted on the fixed framework and rollers (31, 32) or runners mounted on the mobile support and cooperating with the guides; and link means linking the pivoting framework and the mobile support and capable of displacing the mobile support from its advanced position to its retracted position when the pivoting framework is pivoted from its raised position to its stretched-out position, and vice versa, along said travel.
Clip for a writing instrument, consisting of a metal piece formed from a metal sheet, the clip comprising a hooking part, a main body, and an elastically deformable curved part which connects the main body to the hooking part, said main body having two flanks (10, 11) which each comprise a pivot limiting hook (10B, 11B), characterized in that it further comprises a flexible snap-fitting member formed with said hooking part, the flexible snap-fitting member being formed by a tab of said metal sheet which is cut in the hooking part to form a stop tab, and which is curved so as to protrude toward the main body, and in that at least said flanks (10, 11) are formed from said metal sheet and each of the two pivot limiting hooks (10B, 11B) is formed by a tab of said metal sheet which is curved at an edge of one such flank (10, 11) so as to protrude in the direction of the other pivot limiting hook.
A two component liquid resin curing system comprising a first liquid component, and a second liquid epoxy resin component, wherein the first component comprises a hybrid methylene bis-aniline curing agent of the formula wherein R 1 to R 4 are each individually selected from linear or branched C 1 to C 5 alkyls.
A method comprising the steps of: (a) providing a preblend comprising: (i) a diluent polyester, (ii) a polyamide material, and (iii) an oxygen scavenging material; (b) providing a base polyester; (c) introducing the preblend of step (a) and the base polyester of step (b) into a molding apparatus to permit melting and admixing of the preblend and the base polyester; (d) injection molding or extruding the admixture of step (c) in the apparatus to provide a monolayer preform or plastic container having a barrier layer formed from the admixture of step (c). (a) providing a preblend comprising: (i) a diluent polyester, (ii) a polyamide material, and (iii) an oxygen scavenging material; (i) a diluent polyester, (ii) a polyamide material, and (iii) an oxygen scavenging material; (b) providing a base polyester; (c) introducing the preblend of step (a) and the base polyester of step (b) into a molding apparatus to permit melting and admixing of the preblend and the base polyester; (d) injection molding or extruding the admixture of step (c) in the apparatus to provide a monolayer preform or plastic container having a barrier layer formed from the admixture of step (c).
A method of manufacturing an optical semiconductor apparatus, which is configured to operate in a single fundamental transverse mode of wavelength range 1400 nm to 1700 nm and comprises a waveguide layer between an n-doped cladding layer and a p-doped cladding layer, wherein: the waveguide layer includes a first waveguide part (200, n-OCL) of an n-doped III-V quaternary compound material, and an active layer located between the first waveguide part (200, n-OCL) and the p-doped cladding layer, the active layer being asymmetrically within the waveguide layer closer to the p-doped cladding layer than to the n-doped cladding layer; a refractive index of the n-doped cladding layer being equal to or larger than the p-doped cladding layer; a first end of the first waveguide part (200, n-OCL) is adjacent to the n-doped cladding layer; and a second end of the first waveguide part (200, n-OCL) is adjacent to a first end of the active layer, characterized by doping a desired donor density (N D) in the first waveguide part (200, n-OCL) equal to or higher than 2 ∗ 10 17 cm -3 for controlling the carrier density dependent internal optical loss in the first waveguide part (200, n-OCL). a waveguide layer between an n-doped cladding layer and a p-doped cladding layer, wherein: the waveguide layer includes a first waveguide part (200, n-OCL) of an n-doped III-V quaternary compound material, and an active layer located between the first waveguide part (200, n-OCL) and the p-doped cladding layer, the active layer being asymmetrically within the waveguide layer closer to the p-doped cladding layer than to the n-doped cladding layer; a refractive index of the n-doped cladding layer being equal to or larger than the p-doped cladding layer; a first end of the first waveguide part (200, n-OCL) is adjacent to the n-doped cladding layer; and a second end of the first waveguide part (200, n-OCL) is adjacent to a first end of the active layer, characterized by doping a desired donor density (N D) in the first waveguide part (200, n-OCL) equal to or higher than 2 ∗ 10 17 cm -3 for controlling the carrier density dependent internal optical loss in the first waveguide part (200, n-OCL).
A light protection device comprising a forward-facing optically transmissive window and a darkening filter (10, 10') mounted in the forward-facing optically transmissive window, wherein the light protection device is one of a vision-protective headgear (100, 100'), a welding shield, a pane of a vehicle windscreen, or a pane of a glazing of a building, wherein the darkening filter (10, 10') comprises a pattern of switchable shutters (32, 32a, 32b, 32c) that are each capable of being switched between at least a dark state and a light state, and a shutter control system that is connected to each shutter (32, 32a, 32b, 32c) of the pattern of shutters (32, 32a, 32b, 32c) so as to be able to control the switching of each of the shutters (32, 32a, 32b, 32c), wherein the pattern of shutters (32, 32a, 32b, 32c) is a predetermined non-uniform pattern, wherein the darkening filter (10, 10') further comprises at least one image acquisition device, wherein the shutter control system is receivably connected to the image acquisition device and wherein the shutter control system is configured to receive light intensity mapping information from the at least one image acquisition device, wherein the darkening filter (10, 10') further comprises at least one eye position monitoring device, wherein the shutter control system is receivably connected to the eye position monitoring device and wherein the shutter control system is configured to receive eye position information from the at least one eye position monitoring device, and is configured to use the received light intensity mapping information and eye position information in combination to choose states to which the shutters (32, 32a, 32b, 32c) are switched. a pattern of switchable shutters (32, 32a, 32b, 32c) that are each capable of being switched between at least a dark state and a light state, and a shutter control system that is connected to each shutter (32, 32a, 32b, 32c) of the pattern of shutters (32, 32a, 32b, 32c) so as to be able to control the switching of each of the shutters (32, 32a, 32b, 32c), wherein
A rail vehicle door module (30, 31) for a rail vehicle, comprising a door leaf (40..44) and a door seal (50..54), the door seal (50..54) being arranged on the edge of the door leaf (40..44) and being at least partially visible from the outside when the door leaf (40..44) is in the closed state, characterised in that the door seal (50..54) is, at least in the said visible region, dyed white or coloured a1) with a colour saturation of ≥ 0 % to < 20 % and a brightness of ≥ 80 %, a2) with a colour saturation of ≥ 20 % to < 40 % and a brightness of ≥ 60 %, or a3) with a colour saturation of ≥ 40 % and a brightness of ≥ 40 %, wherein the values relate in particular to an HSB colour model, and b) the said colour of the door seal (50..54) contrasts with an outer colour, adjacent thereto, of the door leaf (40..44), at least over some of the length of the door seal (50..54), in particular over a length of the door seal (50..54) of at least 30 % of the total length / perimeter length of the door seal (50..54). a1) with a colour saturation of ≥ 0 % to < 20 % and a brightness of ≥ 80 %, a2) with a colour saturation of ≥ 20 % to < 40 % and a brightness of ≥ 60 %, or a3) with a colour saturation of ≥ 40 % and a brightness of ≥ 40 %, wherein the values relate in particular to an HSB colour model, and b) the said colour of the door seal (50..54) contrasts with an outer colour, adjacent thereto, of the door leaf (40..44), at least over some of the length of the door seal (50..54), in particular over a length of the door seal (50..54) of at least 30 % of the total length / perimeter length of the door seal (50..54).
A drug delivery device comprising a pumping system and a liquid reservoir fluidly connected to a delivery system outlet, the liquid reservoir comprising an elastic plunger sealingly slidable within a rigid container wall of the liquid reservoir for expelling liquid out of the reservoir, the pumping system comprising a piston pump comprising an electrically driven plunger actuator arranged to displace the plunger a predefined distance per pump cycle, and a dosing unit arranged downstream of the liquid reservoir and fluidly connected to the liquid reservoir, the dosing unit comprising a chamber portion arranged between an inlet valve and an outlet valve, the chamber portion arranged to receive from the liquid reservoir a discrete pump cycle volume of liquid under an operational pressure generated by the piston pump greater than ambient pressure, and to deliver said pump cycle volume of liquid to the delivery system outlet, characterized by said discrete pump cycle volume being dependent on the operational pressure.
An electromagnetic switching device comprising: a housing; first contacts coupled to the housing; a second contact which is brought into contact with the first contacts and separated from the first contacts; and an actuator for driving the second contact such that the second contact is brought into contact with the first contacts and separated from the first contacts, wherein the second contact includes an elastic deformation portion elastically deformed when the first contacts and the second contact are brought into contact, wherein the elastic deformation portion has a shape of a circular arc and is configured to be disposed to be convex toward the first contacts; characterized in that the first contacts comprise contact end portions configured to contact the second contact, wherein the contact end portions are configured to be outwardly convex; and in that the first contacts are configured to be coupled to be slidable with respect to the housing. a housing; first contacts coupled to the housing; a second contact which is brought into contact with the first contacts and separated from the first contacts; and an actuator for driving the second contact such that the second contact is brought into contact with the first contacts and separated from the first contacts, wherein the second contact includes an elastic deformation portion elastically deformed when the first contacts and the second contact are brought into contact, wherein the elastic deformation portion has a shape of a circular arc and is configured to be disposed to be convex toward the first contacts; characterized in that the first contacts comprise contact end portions configured to contact the second contact, wherein the contact end portions are configured to be outwardly convex; and in that the first contacts are configured to be coupled to be slidable with respect to the housing.
Vehicle element comprising a supporting part and at least one fastening assembly for fixing the element to another element of the vehicle, the fastening assembly comprising: - a first fixing part adapted to be fastened to the other element; and - a second fixing part integral with the supporting part, the first and second fixing parts (18, 20) comprising complementary connecting means adapted to fasten the first and second fixing parts (18, 20) to one another, the second fixing part comprising a sleeve projecting from the supporting part and extending along a direction substantially perpendicular to the supporting part from a closed end portion to an open end portion, the first fixing part being adapted to be received in the sleeve by the open end portion and along said direction, the complementary connecting means comprising at least one snap-fit element and at least one snap-fit window designed to co-operate with one another, the snap-fit element being disposed on the first fixing part and the snap-fit window being provided in the sleeve of the second fixing part, characterised in that the second fixing part comprises at least one tab for reinforcing the sleeve projecting from the open end part of the sleeve substantially radially outwards, and in that the snap-fit window is disposed adjacent to the reinforcing tab so that the reinforcing tab reinforces the snap-fit window. - a first fixing part adapted to be fastened to the other element; and - a second fixing part integral with the supporting part,
A boron-containing molecular sieve having the CHA crystal structure and comprising silicon oxide and a combination of boron oxide and aluminum oxide, and optionally iron oxide, titanium oxide, gallium oxide and mixtures thereof, wherein oxide is more than 50% boron oxide on a molar basis.