mhurhangee/ep-ind-claims huggingface dataset:
A light-emitting device comprising: a substrate comprising an optically clear adhesive (102, 202, 302, 402, 502) or an optically clear resin; a light emitting diode disposed adjacent the substrate and configured to emit light through the substrate; a color conversion layer (100, 200, 300, 400, 500) disposed adjacent a side of the substrate opposite the light emitting diode, wherein the color conversion layer comprises phosphor and is disposed on the substrate using an adhesive transfer method; a heat dissipation layer (203, 303, 403, 503) disposed adjacent the color conversion layer, wherein the heat dissipation layer (203, 303, 403, 503) is formed using the adhesive transfer method; and a further optically clear resin disposed between the color conversion layer (100, 200, 300, 400, 500) and the heat dissipation layer (203, 303, 403, 503), wherein the light-emitting device exhibits improved thermal stability as compared to a comparative light-emitting device consisting essentially of the substrate, the light emitting diode, and the color conversion layer without the heat dissipation layer (203, 303, 403, 503), and wherein the light-emitting device exhibits a power efficiency of between 30 lumens per watt (lm/W) and 150 lm/W. a substrate comprising an optically clear adhesive (102, 202, 302, 402, 502) or an optically clear resin; a light emitting diode disposed adjacent the substrate and configured to emit light through the substrate; a color conversion layer (100, 200, 300, 400, 500) disposed adjacent a side of the substrate opposite the light emitting diode, wherein the color conversion layer comprises phosphor and is disposed on the substrate using an adhesive transfer method; a heat dissipation layer (203, 303, 403, 503) disposed adjacent the color conversion layer, wherein the heat dissipation layer (203, 303, 403, 503) is formed using the adhesive transfer method; and a further optically clear resin disposed between the color conversion layer (100, 200, 300, 400, 500) and the heat dissipation layer (203, 303, 403, 503), wherein the light-emitting device exhibits improved thermal stability as compared to a comparative light-emitting device consisting essentially of the substrate, the light emitting diode, and the color conversion layer without the heat dissipation layer (203, 303, 403, 503), and wherein the light-emitting device exhibits a power efficiency of between 30 lumens per watt (lm/W) and 150 lm/W.
A personal protection respiratory assembly comprising a personal protection respiratory device that defines a filtered air volume adjacent to the face of a wearer and at least one exhalation valve, the assembly further comprising an exhaust apparatus which, in use, is releasably connected to the personal protection respiratory device, the exhaust apparatus comprising: a housing which defines an inlet which, in use, is releasably connected to the at least one exhalation valve, and the housing further comprises an outlet, the housing containing a motor fan assembly which is in fluid connection with the inlet and, in use, in fluid connection with the at least one exhalation valve, wherein the motor fan assembly is operated, in use, to draw a portion of the wearer's exhaled breath from the filtered air volume, through the at least one exhalation valve and the inlet, wherein the exhaust apparatus comprises a secondary exhalation valve positioned between the inlet and the motor fan assembly. a housing which defines an inlet which, in use, is releasably connected to the at least one exhalation valve, and the housing further comprises an outlet, the housing containing a motor fan assembly which is in fluid connection with the inlet and, in use, in fluid connection with the at least one exhalation valve, wherein the motor fan assembly is operated, in use, to draw a portion of the wearer's exhaled breath from the filtered air volume, through the at least one exhalation valve and the inlet, wherein the exhaust apparatus comprises a secondary exhalation valve positioned between the inlet and the motor fan assembly.
An emergency driver for supplying emergency lighting means, wherein the emergency driver is configured to be powered, during operation of the emergency lighting means, selectively from: - a local battery associated to the emergency driver; or - a DC network supplying DC power to DC terminals of the driver; wherein the emergency driver comprises: - a first circuitry configured to charge the local battery with DC power supplied to the DC terminals; and - a second circuitry configured to have the capability to drive the emergency lighting means from the local battery and to have the capability to drive the emergency lighting means from the DC power supplied to the DC terminals, characterized by - two controlled switches, wherein the switches are configured to connect or disconnect the driver from the DC network, wherein, if the switches are turned on, then the local battery is charged and the emergency lighting means is supplied by the DC network. - a local battery associated to the emergency driver; or - a DC network supplying DC power to DC terminals of the driver; - a first circuitry configured to charge the local battery with DC power supplied to the DC terminals; and - a second circuitry configured to have the capability to drive the emergency lighting means from the local battery and to have the capability to drive the emergency lighting means from the DC power supplied to the DC terminals, characterized by - two controlled switches, wherein the switches are configured to connect or disconnect the driver from the DC network, wherein, if the switches are turned on, then the local battery is charged and the emergency lighting means is supplied by the DC network.
A compliant personal care article 10, comprising: a personal care composition 14 having a first side 18 and a second side 20; a first substrate 22 adjacent to the first side 18 of the personal care composition 14; a second substrate 24 adjacent to the second side 20 of the personal care composition 14; a first water insoluble substrate 26 adjacent to the first substrate 22, and a second water insoluble substrate 28 adjacent to the second substrate 24; said personal care article being characterized in that said composition has a compliance of 0.01 kg/mm to 1.5 kg/mm. a personal care composition 14 having a first side 18 and a second side 20; a first substrate 22 adjacent to the first side 18 of the personal care composition 14; a second substrate 24 adjacent to the second side 20 of the personal care composition 14; a first water insoluble substrate 26 adjacent to the first substrate 22, and a second water insoluble substrate 28 adjacent to the second substrate 24; said personal care article being characterized in that said composition has a compliance of 0.01 kg/mm to 1.5 kg/mm.
A wind turbine comprising an intake assembly and an output assembly arranged adjacent one another on a common axis, said assemblies (2, 3) being rotatable relative to one another to work a generator that generates electrical energy; each assembly (2, 3) comprising an annular ring of aerofoil blades (5, 6), wherein each of the intake assembly blades has a first pitch and each of the output assembly blades has a second pitch that is oriented contrary to first pitch; the intake assembly comprising a centrally located dome-shaped hub and a peripherally mounted convergent nozzle, said hub and nozzle being configured to direct air moving through the wind turbine towards the aerofoil blades (5, 6) of the intake and output assemblies; wherein the aerofoil blades (5, 6) of at least one of the intake and output assemblies have an overlapping arrangement such that, when viewed from along the common axis of rotation, it is not possible to see through the wind turbine; and characterised in that the peripherally mounted convergent nozzle of the intake assembly is formed from a flexible material supported by a structural framework mounted on the intake assembly, wherein the nozzle is configured to fail in high wind conditions, which in turn reduces the wind resistance provided by the wind turbine. each assembly (2, 3) comprising an annular ring of aerofoil blades (5, 6), wherein each of the intake assembly blades has a first pitch and each of the output assembly blades has a second pitch that is oriented contrary to first pitch; the intake assembly comprising a centrally located dome-shaped hub and a peripherally mounted convergent nozzle, said hub and nozzle being configured to direct air moving through the wind turbine towards the aerofoil blades (5, 6) of the intake and output assemblies; wherein the aerofoil blades (5, 6) of at least one of the intake and output assemblies have an overlapping arrangement such that, when viewed from along the common axis of rotation, it is not possible to see through the wind turbine; and characterised in that the peripherally mounted convergent nozzle of the intake assembly is formed from a flexible material supported by a structural framework mounted on the intake assembly, wherein the nozzle is configured to fail in high wind conditions, which in turn reduces the wind resistance provided by the wind turbine.
Method for manufacturing concrete construction blocks for a wind-generator tower comprised of at least one first and one second consecutive block secured to one another by a contact surface of each of the two blocks, said at least two blocks being carried out by a system for manufacturing using a cage of reinforcements, the manufacturing method comprising the following steps: - pouring concrete into a first cage of reinforcements so as to obtain the first concrete construction block comprising a first contact surface, and - pouring concrete into a second cage of reinforcements so as to obtain the second concrete construction block, the second cage of reinforcements being provided in a form and the form being arranged such that the first contact surface of the first block makes up a wall for delimiting the pouring of the concrete such as to form a contact surface of the second block, and - detaching the first block and the second block, in particular thanks to a releasing product coated on the contact surface of the block prior to the pouring of the concrete. - pouring concrete into a first cage of reinforcements so as to obtain the first concrete construction block comprising a first contact surface, and - pouring concrete into a second cage of reinforcements so as to obtain the second concrete construction block, the second cage of reinforcements being provided in a form and the form being arranged such that the first contact surface of the first block makes up a wall for delimiting the pouring of the concrete such as to form a contact surface of the second block, and - detaching the first block and the second block, in particular thanks to a releasing product coated on the contact surface of the block prior to the pouring of the concrete.
Valve, in particular a plate or check valve, for diaphragm pumps, comprising a valve chamber which is delimited by a valve housing and in which at least one valve seat is provided which cooperates with a valve plate, which valve plate is elastically preloaded for tension via outer edge mountings such that a closing body of the valve plate can be moved from a closed position, in which the closing body lies tightly on the valve seat, into an open position against the elasticity of the valve plate at least in the region of its outer edge mountings, wherein the outer edge mountings of the valve plate have webs, and wherein the outer edge mountings have connecting brackets which are connected to those ends of the webs facing away from the closing body, wherein each outer edge mounting has at least two webs, wherein the webs of each outer edge mounting are connected to one another via a connecting bracket, characterized in that the outer edge mountings are disconnected from one another and engage only on the closing body, in that each of the connecting brackets engages behind at least one assigned holding base of the valve housing, and in that the connecting brackets protrude laterally on both sides beyond their assigned holding base such that the connecting brackets are preloaded towards the outside by bending.
An air core coil fitting apparatus, comprising: a holding member adopted to hold a core main body that is formed in a ring shape, has a gap extending through the core main body from an inner circumferential face to an outer circumferential face thereof, and allows an air core coil wound in advance to be fitted onto the core main body from one end thereof during operation; a coil fitting rod on which the air core coil, that is to be fitted onto the core main body held by the holding member, is fitted during operation; a rod driving member adopted to bring a front end of the coil fitting rod close to or into contact with the one end of the core main body held by the holding member during operation; a pushing member adopted to push the air core coil fitted on the coil fitting rod during operation toward the one end of the core main body, in a state in which the front end of the coil fitting rod is close to or in contact with the one end of the core main body during operation; and a sending member adopted to pull the air core coil pushed by the pushing member and fitted onto the core main body during operation, toward another end of the core main body, the sending member being disposed during operation at a circumferential edge of the core main body held by the holding member during operation. a holding member adopted to hold a core main body that is formed in a ring shape, has a gap extending through the core main body from an inner circumferential face to an outer circumferential face thereof, and allows an air core coil wound in advance to be fitted onto the core main body from one end thereof during operation; a coil fitting rod on which the air core coil, that is to be fitted onto the core main body held by the holding member, is fitted during operation; a rod driving member adopted to bring a front end of the coil fitting rod close to or into contact with the one end of the core main body held by the holding member during operation; a pushing member adopted to push the air core coil fitted on the coil fitting rod during operation toward the one end of the core main body, in a state in which the front end of the coil fitting rod is close to or in contact with the one end of the core main body during operation; and a sending member adopted to pull the air core coil pushed by the pushing member and fitted onto the core main body during operation, toward another end of the core main body, the sending member being disposed during operation at a circumferential edge of the core main body held by the holding member during operation.
A process for preparation of Trientine dihydrochloride comprising reaction of tert butyl-N-(2-aminoethyl)-N-2-[2-aminoethyl-(tert butoxy)carbonyl]amino]ethyl}carbonate of formula with 1.6 to 2.1 molar equivalents of hydrochloric acid in an aqueous medium to give Trientine dihydrochloride, without the formation of trientine tetrahydrochloride.
A line-of-sight direction determining apparatus comprising: an imaging section that takes an image of a face including right and left eyes; an illuminating section that illuminates corneas of the right and left eyes using a light source; a pupil detecting section that detects a first coordinate and a second coordinate, the first coordinate and the second coordinate being a center coordinate of the pupil of one of the right and left eyes and a center coordinate of the pupil of the other one of the right and left eyes, respectively; a cornea reflection image detecting section that detects a third coordinate and a fourth coordinate, the third coordinate and the fourth coordinate being a center coordinate of a cornea reflection image of the light source on the cornea of one of the right and left eyes and a center coordinate of a cornea reflection image of the light source on the cornea of the other one of the right and left eyes, respectively; characterized by a line-symmetric position calculating section that calculates a perpendicular bisector of a first line segment connecting between the first coordinate and the second coordinate, and calculates a line-symmetric position coordinate being a position coordinate that is line-symmetric to the third coordinate with respect to the perpendicular bisector; and a line-of-sight direction determining section that calculates a coordinate distance between the fourth coordinate and the line-symmetric position coordinate, and, based on a comparison of the coordinate distance and a predetermined threshold, determines a direction of line of sight of the right and left eyes. an imaging section that takes an image of a face including right and left eyes; an illuminating section that illuminates corneas of the right and left eyes using a light source; a pupil detecting section that detects a first coordinate and a second coordinate, the first coordinate and the second coordinate being a center coordinate of the pupil of one of the right and left eyes and a center coordinate of the pupil of the other one of the right and left eyes, respectively; a cornea reflection image detecting section that detects a third coordinate and a fourth coordinate, the third coordinate and the fourth coordinate being a center coordinate of a cornea reflection image of the light source on the cornea of one of the right and left eyes and a center coordinate of a cornea reflection image of the light source on the cornea of the other one of the right and left eyes, respectively;
A wireless access point for use with a wireless local area network, the wireless access point comprising: a radio component comprising suitable radio electronics circuitry for converting electronic signals back and forth into wireless radio frequency signals; and an antenna system for transmitting and receiving the wireless radio frequency signals, wherein the antenna system comprises: an antenna arrangement configured to be selectively varied between first and second operational positions; and a signal reflecting member arranged to cooperate with the antenna arrangement in the second operational position; wherein, in the first operational position, the antenna arrangement is substantially perpendicular to the signal reflecting member and the antenna arrangement operates in an omni-directional antenna mode; and wherein, in the second operational position, the antenna arrangement is substantially parallel to the signal reflecting member and the antenna arrangement operates in a directional antenna mode. a radio component comprising suitable radio electronics circuitry for converting electronic signals back and forth into wireless radio frequency signals; and an antenna system for transmitting and receiving the wireless radio frequency signals, wherein the antenna system comprises: an antenna arrangement configured to be selectively varied between first and second operational positions; and a signal reflecting member arranged to cooperate with the antenna arrangement in the second operational position; wherein, in the first operational position, the antenna arrangement is substantially perpendicular to the signal reflecting member and the antenna arrangement operates in an omni-directional antenna mode; and wherein, in the second operational position, the antenna arrangement is substantially parallel to the signal reflecting member and the antenna arrangement operates in a directional antenna mode. an antenna arrangement configured to be selectively varied between first and second operational positions; and a signal reflecting member arranged to cooperate with the antenna arrangement in the second operational position; wherein, in the first operational position, the antenna arrangement is substantially perpendicular to the signal reflecting member and the antenna arrangement operates in an omni-directional antenna mode; and wherein, in the second operational position, the antenna arrangement is substantially parallel to the signal reflecting member and the antenna arrangement operates in a directional antenna mode.
An expansion plug for engagement with a noncircular steerer tube of a bicycle, the expansion plug comprising: a bolt threadably engaged to a lower wedge, such that rotation of the bolt provides longitudinal translation of the lower wedge, the lower wedge having a plurality of angled lower wedge sliding surfaces; a headset top cap threadably securable to the bolt; an upper wedge having a plurality of angled upper wedge sliding surfaces and a bolt aperture for receiving the bolt therethrough; a plurality of side wedges (54, 56), each side wedge having an angled upper inner wedge wall and an angled lower inner wedge wall; and a flexible fastener positioned around the plurality of side wedges (54, 56) to compress the plurality of side wedges inward towards the bolt; wherein the upper inner wedge walls of the side wedges slidingly abut the upper wedge sliding surfaces, and the lower inner wedge walls of the side wedges slidingly abut the lower wedge sliding surfaces, such that upward translation of the lower wedge towards the upper wedge, via rotation of the bolt, provides an outward radial displacement of each side wedge (54, 56) relative to the bolt, and downward translation of the lower wedge away from the upper wedge, via an opposite rotation of the bolt, provides an inward radial displacement of each side wedge (54, 56). a bolt threadably engaged to a lower wedge, such that rotation of the bolt provides longitudinal translation of the lower wedge, the lower wedge having a plurality of angled lower wedge sliding surfaces; a headset top cap threadably securable to the bolt; an upper wedge having a plurality of angled upper wedge sliding surfaces and a bolt aperture for receiving the bolt therethrough; a plurality of side wedges (54, 56), each side wedge having an angled upper inner wedge wall and an angled lower inner wedge wall; and a flexible fastener positioned around the plurality of side wedges (54, 56) to compress the plurality of side wedges inward towards the bolt; wherein the upper inner wedge walls of the side wedges slidingly abut the upper wedge sliding surfaces, and the lower inner wedge walls of the side wedges slidingly abut the lower wedge sliding surfaces, such that upward translation of the lower wedge towards the upper wedge, via rotation of the bolt, provides an outward radial displacement of each side wedge (54, 56) relative to the bolt, and downward translation of the lower wedge away from the upper wedge, via an opposite rotation of the bolt, provides an inward radial displacement of each side wedge (54, 56).
Household appliance device, in particular household cooking appliance device, with at least one insulation unit (12a-c), which is provided for insulation between at least one first structural unit (14a-c) and at least one second structural unit (16a-c) and which has at least one placement assist element (18a-c), which is provided to tailor an exterior shape of the insulation unit (12a-c) to the first structural unit (14a-c) for the purpose of placing the insulation unit (12a-c), wherein the insulation unit (12a-c) can be kinked and/or bent by means of the placement assist element (18a-c), wherein the placement assist element (18a-c) has at least one notch in the insulation unit (12a-c) in at least one unmounted state, wherein the notch is a slit and/or an elongated recess, and has at least one expansion compensation element (20a-c) which is provided to compensate at least substantially for thermal expansion of at least a subregion of the insulation unit (12a-c), wherein the expansion compensation element (20a-c) at least substantially prevents and/or reduces a transfer of a thermal expansion of the subregion from the subregion to at least one further subregion of the insulation unit (12a-c) in at least one operating state.