mhurhangee/ep-ind-claims huggingface dataset:
Lamp for automotive vehicle front lighting, comprising - a base for mechanical and electrical connection to an automotive headlight, - a burner fixed to said base, said burner comprising a sealed transparent vessel, - at least a first and a second filament (34, 36) arranged within said vessel, - a baffle arranged proximate to said first filament to shield said second filament from said first filament, - where when said first filament is supplied with a supply voltage of 13.2 V it is operated at an electrical power greater than 35 W and less than or equal to 38 W, and light with a luminous flux of 500 - 700 lm is emitted, - and where when said second filament is supplied with a supply voltage of 13.2 V it is operated at an electrical power greater than 35 W and less than or equal to 38 W, and light with a luminous flux of 800 - 1,000 lm is emitted, - wherein each of said first and second filaments (34, 36) are comprised of a filament wire wound around a filament axis, - where the number of winding turns for each of said first and second filaments (34, 36) is 16 - 23, - wherein said base comprises a reference protrusion defining a symmetry plane (X, R), the symmetry plane including the longitudinal axis of the lamp and oriented radially towards the reference protrusion, - where said filaments (34, 36) and said baffle are arranged symmetrical to said symmetry plane (X, R). - a base for mechanical and electrical connection to an automotive headlight, - a burner fixed to said base, said burner comprising a sealed transparent vessel, - at least a first and a second filament (34, 36) arranged within said vessel, - a baffle arranged proximate to said first filament to shield said second filament from said first filament, - where when said first filament is supplied with a supply voltage of 13.2 V it is operated at an electrical power greater than 35 W and less than or equal to 38 W, and light with a luminous flux of 500 - 700 lm is emitted, - and where when said second filament is supplied with a supply voltage of 13.2 V it is operated at an electrical power greater than 35 W and less than or equal to 38 W, and light with a luminous flux of 800 - 1,000 lm is emitted, - wherein each of said first and second filaments (34, 36) are comprised of a filament wire wound around a filament axis, - where the number of winding turns for each of said first and second filaments (34, 36) is 16 - 23, - wherein said base comprises a reference protrusion defining a symmetry plane (X, R), the symmetry plane including the longitudinal axis of the lamp and oriented radially towards the reference protrusion, - where said filaments (34, 36) and said baffle are arranged symmetrical to said symmetry plane (X, R).
Sunshade system with a winding shaft which is coupled to a drive and on which one or two curtain parts (12, 14) of a sunshade curtain can be wound, wherein one or two traction elements (38, 40) are guided from the free ends (16, 18) of the curtain parts (12, 14) to at least one winding roller (42; 142) which are coupled in a torsionally rigid manner with the winding shaft or are arranged on the winding shaft in a torsionally rigid manner such that a winding-up of the at least one traction element takes place when the at least one curtain part (12, 14) is extended, wherein furthermore an elastic length compensation of the at least one traction element with a tensioning device is provided, by means of which in the retracted end position of the at least one curtain part (12, 14) a tensioning force can be built up on the traction element, characterised in that the at least one winding roller (42; 142) has a winding diameter which in an intermediate position of the at least one curtain part (12, 14) between the retracted and the extended end position corresponds to the cloth spool diameter given in this intermediate position on the winding roller and which in a region of the movement path adjoining on this position as far as the extended end position of the at least one curtain part (12, 14) is greater than the respective cloth spool diameter of the at least one curtain part (12, 14) on the winding shaft, wherein the winding roller has an adjustable basic diameter such that this can be adapted to the respective system configuration, wherein furthermore the basic diameter is formed by a multiplicity of longitudinal elements distributed evenly over the periphery, which at the end face can be fixed respectively in different radial positions at walls (144, 146) of the winding roller in that the walls (144, 146) have elongate holes (162, 164, 166, 168) for fixing the longitudinal elements which extend in peripheral direction with varying distance to the rotational axis and the walls (144, 146) on both sides of the winding roller consist respectively of two discs (148, 152; 150; 154) which are twistable to one another in the released state, the longitudinal holes (162, 166; 164, 168) of which have orientations which are opposite to one another, wherein the longitudinal elements are arranged respectively at the interface in the elongate holes (162, 166; 164, 168) of both discs (148, 152; 150; 154).
A method of non-symmetric nucleic acid amplification comprising: a) partitioning a sample into a plurality of partitions, wherein said plurality of partitions comprise, on average, 100 or more target nucleic acid molecules per partition, wherein a portion of the partitions contain zero target nucleic acid molecules and wherein the number of partitions with zero copies of said target nucleic acid molecules is insufficient to allow application of Poisson statistics; and b) amplifying said target nucleic acid molecules comprising a nucleic acid target sequence by said non-symmetric nucleic acid amplification to produce target amplicons. a) partitioning a sample into a plurality of partitions, wherein said plurality of partitions comprise, on average, 100 or more target nucleic acid molecules per partition, wherein a portion of the partitions contain zero target nucleic acid molecules and wherein the number of partitions with zero copies of said target nucleic acid molecules is insufficient to allow application of Poisson statistics; and b) amplifying said target nucleic acid molecules comprising a nucleic acid target sequence by said non-symmetric nucleic acid amplification to produce target amplicons.
An optical stack, comprising: an infrared reflector portion; an infrared absorber portion disposed on the infrared reflector portion; wherein for substantially normally incident light of at least a first wavelength in a first wavelength range extending at least from about 900 nm to about 1200 nm and for each of orthogonal first and second polarization states: the infrared reflector portion reflects at least 60% of the incident light; and the infrared absorber portion absorbs at least 60% of the incident light; and a reflective polarizer portion disposed between the infrared reflector portion and the infrared absorber portion; wherein for substantially normally incident light of at least a second wavelength in a second wavelength range extending at least from about 450 nm to about 700 nm, the reflective polarizer portion reflects at least 80% of the incident light having the first polarization state and transmits at least 80% of the incident light having the second polarization state. an infrared reflector portion; an infrared absorber portion disposed on the infrared reflector portion; wherein for substantially normally incident light of at least a first wavelength in a first wavelength range extending at least from about 900 nm to about 1200 nm and for each of orthogonal first and second polarization states: the infrared reflector portion reflects at least 60% of the incident light; and the infrared absorber portion absorbs at least 60% of the incident light; and a reflective polarizer portion disposed between the infrared reflector portion and the infrared absorber portion; the infrared reflector portion reflects at least 60% of the incident light; and the infrared absorber portion absorbs at least 60% of the incident light; and a reflective polarizer portion disposed between the infrared reflector portion and the infrared absorber portion; wherein for substantially normally incident light of at least a second wavelength in a second wavelength range extending at least from about 450 nm to about 700 nm, the reflective polarizer portion reflects at least 80% of the incident light having the first polarization state and transmits at least 80% of the incident light having the second polarization state.
A tool for locating a seal member arrangement over a stringer-receiving recess in a rib of an aircraft assembly, the tool comprising: a holder configured to hold the seal member arrangement over the recess, a biasing arrangement configured to act on the holder to bias the seal member arrangement into an aligned position with a stringer received in the recess, and a fixing arrangement configured to act on the seal member arrangement to fix the seal member arrangement in the aligned position. a holder configured to hold the seal member arrangement over the recess, a biasing arrangement configured to act on the holder to bias the seal member arrangement into an aligned position with a stringer received in the recess, and a fixing arrangement configured to act on the seal member arrangement to fix the seal member arrangement in the aligned position.
A surgical device, comprising: • a longitudinal cylindrical catheter; • a first mobile external ring and a second mobile external ring, which are attached to the longitudinal cylindrical catheter and movable along the longitudinal cylindrical catheter; • an inner wire circuit that is connected to the first mobile external ring and the second mobile external ring for moving said first mobile ring and the second mobile external ring always towards the same direction in a co-dependent manner in relation to the longitudinal cylindrical catheter; • a control handle at a proximal end of the device for controlling a movement of the inner wire circuit, and • an endovascular tool, which is loaded on the second mobile ring and movable by the first mobile ring and the second mobile ring along the longitudinal cylindrical catheter at its distal end. • a longitudinal cylindrical catheter; • a first mobile external ring and a second mobile external ring, which are attached to the longitudinal cylindrical catheter and movable along the longitudinal cylindrical catheter; • an inner wire circuit that is connected to the first mobile external ring and the second mobile external ring for moving said first mobile ring and the second mobile external ring always towards the same direction in a co-dependent manner in relation to the longitudinal cylindrical catheter; • a control handle at a proximal end of the device for controlling a movement of the inner wire circuit, and • an endovascular tool, which is loaded on the second mobile ring and movable by the first mobile ring and the second mobile ring along the longitudinal cylindrical catheter at its distal end.
A reversible actuator (100, 300, 400, 500, 800, 901, 1000, 1100), comprising an actuator substrate, the actuator substrate comprising an electroactive layer in contact with a first electrode and a second electrode, wherein the electroactive layer is configured to change shape in response to an electrical signal applied to the first electrode and the second electrode, and wherein the actuator substrate comprises a center (130, 330) and characterized in that the actuator further comprises: a plurality of radial slots (140, 340, 440 540.1, 540.2) radially extending from the center (130, 330, 430, 530.1, 530.2), wherein actuator substrate portions between two adjacent slots of the plurality of radial slots (140, 340, 440, 540.1, 540.2) define a plurality of segments (150, 350, 450, 550.1, 550.2, 1050, 1150), wherein at least some of the slots of the plurality of radial slots (140, 340, 440, 540.1, 540.2) terminate in enlarged apertures (160, 360, 460, 560.1, 560.2).
Component, such as a tile or a floorboard, resistant to wear and tear due to walking or passing and punching for the production of a floor covering, or similar, satisfying the U4 P3 classification of the French UPEC standard, and having electroconductive properties with a transverse resistivity of between 10 4 and 10 6 Ohms according to EN 1081 standard, said component is characterized in that it includes a stack of layers integral with one another and including successively: - a wearing layer of plastic consisting of granules of conductive material spread out through the thickness of said wearing layer, and having a density between 1.4 and 1.6, a residual depression of less than 0.10 mm, - a first textile reinforcing armature, - a middle layer of plastic comprising granules of conductive material spread out through the thickness of said middle layer, - a second textile reinforcing armature, - an under layer of plastic material consisting of granules of conductive material spread out through the thickness of said under layer, And in that the wearing layer, or the middle layer, or the under layer is made of polyvinyl chloride. - a wearing layer of plastic consisting of granules of conductive material spread out through the thickness of said wearing layer, and having a density between 1.4 and 1.6, a residual depression of less than 0.10 mm, - a first textile reinforcing armature, - a middle layer of plastic comprising granules of conductive material spread out through the thickness of said middle layer, - a second textile reinforcing armature, - an under layer of plastic material consisting of granules of conductive material spread out through the thickness of said under layer, And in that the wearing layer, or the middle layer, or the under layer is made of polyvinyl chloride.
An body support cushion with ventilation system, comprising: a foundation having at least a fixed base portion and at least a fixed deck portion; an air mover disposed on one of said fixed base portion or said fixed deck portion, said air mover having an inlet and an outlet; a, particularly flexible, conduit in flow communication with said air mover outlet at a first end of said conduit, a second end of said conduit in flow communication with a mattress; said mattress having: a lower support layer formed of convoluted foam; an air distribution assembly disposed above said lower support layer, said air distribution assembly including a cavity and an envelope material; a reticulated foam disposed in said cavity; a comfort layer disposed above said air distribution assembly wherein said reticulated foam receives air from said conduit and distributes said air to a first plurality of apertures of said comfort layer and from said first plurality of apertures to an upper surface of a body support foam layer through a second plurality of apertures in the body support foam layer. a foundation having at least a fixed base portion and at least a fixed deck portion; an air mover disposed on one of said fixed base portion or said fixed deck portion, said air mover having an inlet and an outlet; a, particularly flexible, conduit in flow communication with said air mover outlet at a first end of said conduit, a second end of said conduit in flow communication with a mattress; said mattress having: a lower support layer formed of convoluted foam; an air distribution assembly disposed above said lower support layer, said air distribution assembly including a cavity and an envelope material; a reticulated foam disposed in said cavity; a comfort layer disposed above said air distribution assembly wherein said reticulated foam receives air from said conduit and distributes said air to a first plurality of apertures of said comfort layer and from said first plurality of apertures to an upper surface of a body support foam layer through a second plurality of apertures in the body support foam layer. a lower support layer formed of convoluted foam; an air distribution assembly disposed above said lower support layer, said air distribution assembly including a cavity and an envelope material; a reticulated foam disposed in said cavity; a comfort layer disposed above said air distribution assembly wherein said reticulated foam receives air from said conduit and distributes said air to a first plurality of apertures of said comfort layer and from said first plurality of apertures to an upper surface of a body support foam layer through a second plurality of apertures in the body support foam layer.
Device for utilizing a surface, such as the surface of a floor, outside wall or roof, for a variable function, comprising: - a first functional element,with an active surface area the size of at least a part of the surface; - at least a second functional element with an active surface area the size of at least a part of the surface; - means for varying, on at least a part of the surface, the functional element with which the surface is utilized which comprise a rotatable carrier, whereby at least two different functional elements(12, 13) are carried such that during rotation of the carrier an active surface area of at least one functional element can be placed at a predetermined orientation, such as a position or angle, to the surface; - wherein the carrier comprises a tube which is rotatable in axial direction and has a triangular or square cross-section, a first and a second surface of the jacket of the tube carry respectively said first and second functional element, characterised in that the first and second functional elements are different elements chosen from the group of: a solar panel, a cold or heat storage element, a water absorbing, collecting or buffering element, a green element such as a grass cover or moss mat or other element with growth thereon, a fine dust-binding element, an emission-binding and/or neutralizing element such as an NOx-binding and/or neutralizing or SOx-binding and/or neutralizing element, a wind energy generating element. - a first functional element,with an active surface area the size of at least a part of the surface; - at least a second functional element with an active surface area the size of at least a part of the surface; - means for varying, on at least a part of the surface, the functional element with which the surface is utilized which comprise a rotatable carrier, whereby at least two different functional elements(12, 13) are carried such that during rotation of the carrier an active surface area of at least one functional element can be placed at a predetermined orientation, such as a position or angle, to the surface; - wherein the carrier comprises a tube which is rotatable in axial direction and has a triangular or square cross-section,
A method for providing a fire safe pipe penetration in a building element, especially in a ceiling, a floor or in a lightweight building wall, comprising a framework of profile elements and at least one outer covering being fixed to said profile elements said method comprising the following consecutive steps: arranging an insert between the profile elements at a location for a pipe or conduit penetration in a way that the insert is arranged adjacently to the outer covering and is at least partly covered by the outer covering wherein said insert for receiving and guiding energy conduits and/or conduits for carrying liquids or gases and having two large surfaces being arranged between said profile elements comprises at least one rigid plate which is made of a heat and/or sound insulation material and which is noncombustible according to class A2, wherein said two large surfaces of said insert are oriented in a plane parallel to said outer covering, wherein side faces of the insert are oriented at right angles to said large surfaces, wherein said plate includes on at least two mutually parallel extending side faces a respective cover which is made up from rigid profiles and serves for fixing said plate to said building element; - providing an opening in the outer covering and the insert for a pipe or conduit; - arranging the pipe or conduit through the outer covering and the insert and - securing fire and/or smoke tightness between the pipe or conduit and the insert and/or outer covering. arranging an insert between the profile elements at a location for a pipe or conduit penetration in a way that the insert is arranged adjacently to the outer covering and is at least partly covered by the outer covering wherein said insert for receiving and guiding energy conduits and/or conduits for carrying liquids or gases and having two large surfaces being arranged between said profile elements comprises at least one rigid plate which is made of a heat and/or sound insulation material and which is noncombustible according to class A2, wherein said two large surfaces of said insert are oriented in a plane parallel to said outer covering, wherein side faces of the insert are oriented at right angles to said large surfaces, wherein said plate includes on at least two mutually parallel extending side faces a respective cover which is made up from rigid profiles and serves for fixing said plate to said building element; - providing an opening in the outer covering and the insert for a pipe or conduit; - arranging the pipe or conduit through the outer covering and the insert and - securing fire and/or smoke tightness between the pipe or conduit and the insert and/or outer covering.
Apparatus for driving a vehicle, comprising at least two electric motors (9, 9'), each of the at least two electric motors (9, 9') being provided with a cooling device, and the cooling device comprising at least one cooling-fluid line (10, 10'), the cooling-fluid lines (10, 10') of the at least two cooling devices being connected via a cooling-fluid connecting line, characterized in that the at least two electric motors (9, 9') are arranged on a composite control arm, the longitudinal control arms being formed for the most part via the electric motors or the housings of the electric motors.
Brush containing a mono-filament containing a polyamide, characterized in that the polyamide comprises polyamide-410 in an amount of at least 40 wt.% based on the total amount of polyamide.
A shroud hanger with integral retainer assembly, comprising: a ceramic matrix composite shroud hanger comprising a first wall and a second wall; said hanger having a support wall extending between said first and second walls, said support wall having a shoulder (77, 79) near circumferential ends; a retainer depending from said support wall having a first lower leg and a second lower leg extending in said circumferential direction; a first shroud supported by said first lower leg and a second shroud supported by said second lower leg. a ceramic matrix composite shroud hanger comprising a first wall and a second wall; said hanger having a support wall extending between said first and second walls, said support wall having a shoulder (77, 79) near circumferential ends; a retainer depending from said support wall having a first lower leg and a second lower leg extending in said circumferential direction; a first shroud supported by said first lower leg and a second shroud supported by said second lower leg.