mhurhangee/ep-ind-claims huggingface dataset:
A flashlight, comprising: a light assembly, the light assembly comprising: - a printed circuit board; - an electrically powered light source configured as LED, which LED is attached to said printed circuit board; and a flashlight body; a flashlight bezel in which the light assembly is disposed, which bezel is adapted for attachment to said flashlight body; and a flashlight reflector having - a bottom provided with a hole therein, through which said light source is disposed, - wherein said reflector has a parabolic curve to achieve a focal length characterized by - a thermally responsive current-controlling element, namely a thermistor, in electrical communication and in series with the light source and positioned to regulate electrical current flowing to the light source, which thermistor being attached to said printed circuit board on a surface of the printed circuit board, which surface is opposite to the surface of the printed circuit board, to which surface of the printed circuit board the LED is attached to - wherein said flashlight reflector is further provided with an apron engaging an inner surface of said bezel. a light assembly, the light assembly comprising: - a printed circuit board; - an electrically powered light source configured as LED, which LED is attached to said printed circuit board; and - a printed circuit board; - an electrically powered light source configured as LED, which LED is attached to said printed circuit board; and a flashlight body; a flashlight bezel in which the light assembly is disposed, which bezel is adapted for attachment to said flashlight body; and a flashlight reflector having - a bottom provided with a hole therein, through which said light source is disposed, - wherein said reflector has a parabolic curve to achieve a focal length characterized by - a thermally responsive current-controlling element, namely a thermistor, in electrical communication and in series with the light source and positioned to regulate electrical current flowing to the light source, which thermistor being attached to said printed circuit board on a surface of the printed circuit board, which surface is opposite to the surface of the printed circuit board, to which surface of the printed circuit board the LED is attached to - wherein said flashlight reflector is further provided with an apron engaging an inner surface of said bezel. - a bottom provided with a hole therein, through which said light source is disposed, - wherein said reflector has a parabolic curve to achieve a focal length characterized by - a thermally responsive current-controlling element, namely a thermistor, in electrical communication and in series with the light source and positioned to regulate electrical current flowing to the light source, which thermistor being attached to said printed circuit board on a surface of the printed circuit board, which surface is opposite to the surface of the printed circuit board, to which surface of the printed circuit board the LED is attached to - wherein said flashlight reflector is further provided with an apron engaging an inner surface of said bezel.
A hybrid organic-inorganic solar cell, comprising: a) a substrate; b) a transparent conductive oxide layer deposited on said substrate; c) an electron transport material layer, wherein said ETM comprises an n-type layer; d) a hole transport material layer, wherein said HTM layer comprises a p-type layer; e) at least one passivating barrier layer; f) a perovskite layer, wherein said perovskite layer comprises an i-type layer; and g) an electrode layer; wherein said substrate, said TCO layer, said ETM layer, said perovskite layer, said HTM layer and said electrode layer are arranged in an n-i-p stack, or said substrate, said TCO layer, said HTM layer, said perovskite layer, said ETM layer and said electrode layer are arranged in a p-i-n stack; wherein said at least one passivating barrier layer is disposed (i) between said perovskite layer and said HTM layer, or (iii) between said perovskite and said HTM layer, and between said perovskite layer and said ETM, or (iv) between said TCO layer and said ETM layer, and between said ETM layer and said perovskite layer, and between said perovskite layer and said HTM layer, or (v) between said substrate and said TCO layer, and between said TCO layer and said ETM layer, and between ETM layer and said perovskite layer, and between said perovskite layer and said HTM layer, or (vi) between a pair of said ETM layers, or (vii) between a pair of said HTM layers. a) a substrate; b) a transparent conductive oxide layer deposited on said substrate; c) an electron transport material layer, wherein said ETM comprises an n-type layer; d) a hole transport material layer, wherein said HTM layer comprises a p-type layer; e) at least one passivating barrier layer; f) a perovskite layer, wherein said perovskite layer comprises an i-type layer; and g) an electrode layer; wherein said substrate, said TCO layer, said ETM layer, said perovskite layer, said HTM layer and said electrode layer are arranged in an n-i-p stack, or said substrate, said TCO layer, said HTM layer, said perovskite layer, said ETM layer and said electrode layer are arranged in a p-i-n stack; wherein said at least one passivating barrier layer is disposed (i) between said perovskite layer and said HTM layer, or (iii) between said perovskite and said HTM layer, and between said perovskite layer and said ETM, or (iv) between said TCO layer and said ETM layer, and between said ETM layer and said perovskite layer, and between said perovskite layer and said HTM layer, or (v) between said substrate and said TCO layer, and between said TCO layer and said ETM layer, and between ETM layer and said perovskite layer, and between said perovskite layer and said HTM layer, or (vi) between a pair of said ETM layers, or (vii) between a pair of said HTM layers.
A connector assembly comprising: a sheet-like base (21, 26, 31, 41) that is flexible, the sheet-like base including a base body (21A, 26A, 31A, 41A) and a tag portion (21B, 26B, 31B, 41B) drawn from the base body; at least one terminal member (22, 27, 42) disposed on a front surface of the base body; at least one wire (23, 28, 43) disposed to extend from the front surface of the base body to a front surface of the tag portion, the at least one wire having one end thereof connected to the at least one terminal member and another end thereof extending to the front surface of the tag portion; and a connector mounted on the front surface of the tag portion and connected to the another end of the at least one wire, wherein the tag portion is folded toward and fixed to the base body such that a rear surface of the tag portion faces a rear surface of the base body, whereby the connector is disposed on the rear surface side of the base body. a sheet-like base (21, 26, 31, 41) that is flexible, the sheet-like base including a base body (21A, 26A, 31A, 41A) and a tag portion (21B, 26B, 31B, 41B) drawn from the base body; at least one terminal member (22, 27, 42) disposed on a front surface of the base body; at least one wire (23, 28, 43) disposed to extend from the front surface of the base body to a front surface of the tag portion, the at least one wire having one end thereof connected to the at least one terminal member and another end thereof extending to the front surface of the tag portion; and a connector mounted on the front surface of the tag portion and connected to the another end of the at least one wire, wherein the tag portion is folded toward and fixed to the base body such that a rear surface of the tag portion faces a rear surface of the base body, whereby the connector is disposed on the rear surface side of the base body.
Device for pasteurising and filling medium into containers, the device comprising: - a short time heating system (11, 30) for pasteurising the medium, - a single buffer container downstream of the short time heating system (11, 30) for receiving the medium, - a rotary filling device downstream of the buffer container with at least one filler valve for filling the containers with the medium, characterised in that the filling device is in communication with the buffer container in a buffer-free manner and only pipes (22, 25) and/or one or more rotary distributors are present between the filling device and the buffer container. - a short time heating system (11, 30) for pasteurising the medium, - a single buffer container downstream of the short time heating system (11, 30) for receiving the medium, - a rotary filling device downstream of the buffer container with at least one filler valve for filling the containers with the medium,
A process for preparing a quaternary ammonium compound, which comprises a) reacting an amine compound comprising at least one sp 3 -hybridized nitrogen atom with a dialkyl sulfate or trialkyl phosphate to give a quaternary ammonium compound which has at least some polyvalent anions, and b) subjecting the quaternary ammonium compound obtained in step a) to an anion exchange. a) reacting an amine compound comprising at least one sp 3 -hybridized nitrogen atom with a dialkyl sulfate or trialkyl phosphate to give a quaternary ammonium compound which has at least some polyvalent anions, and b) subjecting the quaternary ammonium compound obtained in step a) to an anion exchange.
A memory module comprising a first set of plural memory devices (103a-h) including volatile memory devices (103a-h) defining a first memory hierarchy, characterized in that the first set is disposed on the memory module, wherein the memory module is configured for being daisy-chained to a memory controller as well as to a second set of one or more memory devices (104a-h) including one or more nonvolatile memory devices (104a-5) defining a second memory hierarchy, the second set being disposed on a second memory module; and in that the memory module is configured to receive plural memory transactions from the memory controller along a first downstream signal path, to accumulate write data representing the plural memory transactions in a parallel set of like addresses in the first set of the volatile memory devices, to remap the write data from the parallel set to a block of data, and to transmit the block of data to the second memory module along a second downstream signal path for storage in one or more of the nonvolatile memory devices (104a-h) disposed on the second memory module.
Subscriber station (10; 30) for a bus system, having a transmission/reception device for sending or receiving a message (45; 46; 47) to/from at least one further subscriber station of the bus system via the bus system, in which bus system, at least intermittently, exclusive collision-free access by a subscriber station (10, 20, 30) to a bus of the bus system is ensured, wherein the transmission/reception device has a transmission signal processing device for transmission signal processing of a transmission signal to be sent by the transmission/reception device, characterized in that the transmission signal processing device is configured to adjust a predetermined bit symmetry of bits of the transmission signal by generating an internal transmission signal for the message (45; 46; 47), wherein the dominant phase of the bits in the internal transmission signal is shortened and the recessive phase of bits is lengthened.
A system comprising a host device and a secure element connected to the host device, the secure element comprising a plurality of virtual profiles (P1, P2, P3), characterized in that the system comprises a communication component configured to enable simultaneous communications with several of said plurality of virtual profiles, in that the system comprises a discovery agent configured to provide a subset of the plurality of virtual profiles having an enabled state and configuration data for each virtual profile of said subset, in that the system comprises capability data reflecting the maximum number of logical channels which can be handled by the host device, in that the system comprises an allocating agent configured to cooperate with the discovery agent to allocate a range of logical channels to each virtual profile which have an enabled state based on the capability data and to assign in each of the allocated ranges a main logical channel which remains permanently available when the virtual profile to which the range is allocated has been booted.
A wafer level light emitting diode package comprising: a first substrate; a semiconductor stack disposed on a front surface of the first substrate, the semiconductor stack comprising a first-conductivity-type semiconductor layer, a second-conductivity-type semiconductor layer, and an active layer disposed between the first-conductivity-type semiconductor layer and the second-conductivity-type semiconductor layer; a second substrate comprising a first lead electrode and a second lead electrode; a plurality of connectors (37a, 37b) electrically connecting the semiconductor stack to the first and second lead electrodes; and a wavelength converter covering a rear surface of the first substrate, characterized by a moisture barrier coating, in contact with the second substrate, covering the wavelength converter. a first substrate; a semiconductor stack disposed on a front surface of the first substrate, the semiconductor stack comprising a first-conductivity-type semiconductor layer, a second-conductivity-type semiconductor layer, and an active layer disposed between the first-conductivity-type semiconductor layer and the second-conductivity-type semiconductor layer; a second substrate comprising a first lead electrode and a second lead electrode; a plurality of connectors (37a, 37b) electrically connecting the semiconductor stack to the first and second lead electrodes; and a wavelength converter covering a rear surface of the first substrate, characterized by a moisture barrier coating, in contact with the second substrate, covering the wavelength converter.
A medication injection pen (51, 200, 300, 400), comprising: a housing; a dose set knob comprising at least one internal tooth; a brake member having a plurality of axially extending splines; and a driver including at least one external tooth for engaging said at least one internal tooth of said dose set knob and at least one ratchet arm engaging said plurality of axially extending splines, characterized in that during dose setting and dose correcting via rotation of said dose set knob, said external tooth of said driver is disengaged from said internal tooth of said dose set knob and said ratchet arm is engaged with said axially extending splines of said brake member to prevent said driver from rotating with said dose set knob and with a lead screw while moving axially with said dose set knob and said driver moves axially with respect to said lead screw, said lead screw being in a fixed state such that during an injection a push button is depressed causing said external tooth of said driver to be rotationally engaged with said internal tooth of said dose set knob that is rotationally engaged to said lead screw to axially move a hollow piston rod and said ratchet arm slips from said axially extending splines of said brake member. a housing; a dose set knob comprising at least one internal tooth; a brake member having a plurality of axially extending splines; and a driver including at least one external tooth for engaging said at least one internal tooth of said dose set knob and at least one ratchet arm engaging said plurality of axially extending splines, characterized in that during dose setting and dose correcting via rotation of said dose set knob, said external tooth of said driver is disengaged from said internal tooth of said dose set knob and said ratchet arm is engaged with said axially extending splines of said brake member to prevent said driver from rotating with said dose set knob and with a lead screw while moving axially with said dose set knob and said driver moves axially with respect to said lead screw, said lead screw being in a fixed state such that during an injection a push button is depressed causing said external tooth of said driver to be rotationally engaged with said internal tooth of said dose set knob that is rotationally engaged to said lead screw to axially move a hollow piston rod and said ratchet arm slips from said axially extending splines of said brake member.
Wind turbine, comprising a hollow tower carrying a nacelle, and at least one power electronics component emitting electromagnetic waves during operation, wherein the tower acts as a wave guide for an electromagnetic wave generated by the power electronics component, characterized in that the tower comprises at least one absorber element (11, 11a-h) at least reducing the transport of the electromagnetic wave of the power electronics component along the tower, wherein the at least one absorber element (11, 11ah) is provided in an area surrounding a position of maximum electrical field amplitude, neglecting the at least one absorber element (11, 11a-h), of the electromagnetic wave for at least one wavelength of the electromagnetic wave in the tower.
Sliding and lifting mechanism of a rack of a piece of furniture or household appliance, comprising a pull-out guide having a body rail and a running rail movable relative to the body rail, and a lifting device which is arranged on the running rail and carries the rack, wherein a pivotably mounted locking lever is present, characterized in that the pivotably mounted locking lever blocks a movement of the running rail with respect to the body rail in a locking position when the rack is raised.
A rope terminal assembly and a rope by means of which assembly the rope can be fixed to a base such as an elevator unit or other hoisting machine, the width of which rope is larger than its thickness in a rope transverse direction, with at least one end having an end face (R'), wherein the assembly comprises - a rope end block attachable to the rope end, - one or more wedge elements (8, 8') on said end face (R') side of the elevator rope with respect to the wedge element(s) (8, 8'), - a wedge housing, - a rope gap through which said elevator rope can pass and wherein said wedge element (8, 8') is aiming to wedge between said rope and said wedge housing thus being able to lock said elevator rope in the gap, characterized in that said elevator rope is electrically connected to a rope condition monitoring means via said rope end block comprising one or more electrically conductive short circuit elements and fastening means, wherein said fastening means are screws or bolts, the fastening to the rope is done by drilling bores in the rope and fastening said screws or bolts, and said fastening means for attaching short circuit elements are the same screws or bolts used to attach the rope end block to the rope. - a rope end block attachable to the rope end, - one or more wedge elements (8, 8') on said end face (R') side of the elevator rope with respect to the wedge element(s) (8, 8'), - a wedge housing, - a rope gap through which said elevator rope can pass and wherein said wedge element (8, 8') is aiming to wedge between said rope and said wedge housing thus being able to lock said elevator rope in the gap,
Process for producing a homogeneous multicomponent system having a hydroxide and/or oxide basis, in particular a homogeneous multicomponent system having a rod-shaped morphology, where the multicomponent system comprises a first element from the group consisting of Mo, W, Nb, Re, Zr, Hf, V, Sb, Si, Al and Ta and a second element from the group consisting of Mo, W, Nb, Re, Zr, Hf, V, Sb, Si, Al and Ta and the first element and the second elements are different, where the first element or the second element or the first element and the second element is/are present as fluoro or oxyfluoro complex or as fluoro and oxyfluoro complex, where, in the first alternative, the first element is present in a first hydrofluoric acid solution and the second element is present in a second hydrofluoric acid solution and the first hydrofluoric acid solution containing the first element and the second hydrofluoric acid solution containing the second element are mixed so as to give a hydrofluoric acid mixed solution containing the dissolved first element and second element, or in a second alternative, the first element and the second element are present in dissolved form in an alternative hydrofluoric acid mixed solution, and the hydrofluoric acid mixed solution or the alternative hydrofluoric acid mixed solution is finally precipitated by means of a precipitant so as to give a solid state mixture in a suspension, where the precipitant is a basic solution, a solid having a basic reaction or a gas having a basic reaction and the precipitation is carried out at a pH in the range from 6.5 to 14 of the hydrofluoric acid mixed solution or of the alternative hydrofluoric acid mixed solution.
A molding material mixture comprising at least one refractory molding base material, an alkaline resol and an alkyl polyglycoside, wherein the alkaline resol is comprised in the molding material mixture in an amount of 0.8 to 10% by weight, based on the solids content of the alkaline resol and in relation to the weight of the refractory molding base material.
A method for producing electrical and/or mechanical energy intended for a consumer system, including the following step: - generation of electrical and/or mechanical power via a power generation unit including at least one combustion turbine, the combustion turbine including a compressor, a combustion chamber, a dynamic expansion turbine, and a component rotated by the dynamic expansion turbine, the electrical and/or mechanical power generation including the compression of an air flow entering the compressor, the heating of the compressed air flow coming from the compressor in the combustion chamber, so as to form a flow feeding the turbine, and the expansion, in the dynamic expansion turbine, of the flow feeding the turbine so as to rotate the dynamic expansion turbine. characterized in that the power generation unit is configured for generating, under defined site conditions, without any cooling or heating of the incoming air flow, a defined site electrical and/or mechanical power less than a predefined maximum required electrical and/or mechanical power, to be supplied to the consumer system at the defined site conditions, by the power generation unit, the method including the following steps: - cooling of the incoming air flow when the power requested by the consumer system is greater than the defined site power of the power generation unit at the defined site conditions, and is lower than or equal to the predefined maximum required power; - heating of the incoming air flow when the power requested by the consumer system is lower than the defined site power of the power generation unit at the defined site conditions. - generation of electrical and/or mechanical power via a power generation unit including at least one combustion turbine, the combustion turbine including a compressor, a combustion chamber, a dynamic expansion turbine, and a component rotated by the dynamic expansion turbine, the electrical and/or mechanical power generation including the compression of an air flow entering the compressor, the heating of the compressed air flow coming from the compressor in the combustion chamber, so as to form a flow feeding the turbine, and the expansion, in the dynamic expansion turbine, of the flow feeding the turbine so as to rotate the dynamic expansion turbine. - cooling of the incoming air flow when the power requested by the consumer system is greater than the defined site power of the power generation unit at the defined site conditions, and is lower than or equal to the predefined maximum required power; - heating of the incoming air flow when the power requested by the consumer system is lower than the defined site power of the power generation unit at the defined site conditions.