mhurhangee/ep-ind-claims huggingface dataset:
A battery charger comprising: a core frame fixed to an installation site; power conversion components for converting commercial power into direct current power; an outer housing; and a fan; characterized in that: the core frame is formed in a C-letter shape in horizontal cross-section; the power conversion components are mounted respectively on both sides of the core frame; the fan supplies cooling air to a region confined by the C-letter cross section of the core frame; the outer housing includes a first housing provided so as to cover a power converter from a direction opposite to an opening portion of the C-letter cross section of the core frame and a second housing provided so as to cover an opening portion of the C-letter cross section of the core frame, and detachably supported by the core frame; the interior of the outer housing is so surrounded by the core frame and the second housing to form one room in a state of being separated from another room formed in the interior; components at least producing heat among the power conversion components are mounted in said one room of the core frame and the other components among the power conversion components are mounted in said another room of the core frame; and the cooling air by the fan is supplied to said one room. a core frame fixed to an installation site; power conversion components for converting commercial power into direct current power; an outer housing; and a fan; the core frame is formed in a C-letter shape in horizontal cross-section; the power conversion components are mounted respectively on both sides of the core frame; the fan supplies cooling air to a region confined by the C-letter cross section of the core frame; the outer housing includes a first housing provided so as to cover a power converter from a direction opposite to an opening portion of the C-letter cross section of the core frame and a second housing provided so as to cover an opening portion of the C-letter cross section of the core frame, and detachably supported by the core frame; the interior of the outer housing is so surrounded by the core frame and the second housing to form one room in a state of being separated from another room formed in the interior; components at least producing heat among the power conversion components are mounted in said one room of the core frame and the other components among the power conversion components are mounted in said another room of the core frame; and the cooling air by the fan is supplied to said one room.
A drill head for electro-pulse-boring of a borehole, comprising • a high-voltage pulse generator enclosed in a hermetically sealed container such that the container is fillable with an electrically insulating fluid, and wherein said container comprises i) a circumferential wall extending along a central axis coaxial with a drilling axis of the drill head and ii) a first and a second axial cover for sealingly closing respectively a first and a second end of said circumferential wall, • a drill bit mechanically coupled to said container and wherein said drill bit comprises an electrode assembly electrically coupled with said high-voltage pulse generator for receiving high-voltage pulses, • a supply pipe for supplying drill liquid to said drill bit such that when in operation a borehole bottom portion is filled with drill liquid so as to immerse said drill bit with drill liquid, characterized in that said drill head comprises • a circumferential seal for separating drill liquid in the borehole bottom portion from a stabilisation liquid that is filing up the borehole up to a surface, and wherein at least a portion of said circumferential seal is surrounding a part of said circumferential wall, • one or more return pipes (32a, 32b) for evacuation of excavated matter mixed with drill liquid from the borehole bottom portion, and wherein said one or more return pipes are mechanically coupled to said container. • a high-voltage pulse generator enclosed in a hermetically sealed container such that the container is fillable with an electrically insulating fluid, and wherein said container comprises i) a circumferential wall extending along a central axis coaxial with a drilling axis of the drill head and ii) a first and a second axial cover for sealingly closing respectively a first and a second end of said circumferential wall, • a drill bit mechanically coupled to said container and wherein said drill bit comprises an electrode assembly electrically coupled with said high-voltage pulse generator for receiving high-voltage pulses, • a supply pipe for supplying drill liquid to said drill bit such that when in operation a borehole bottom portion is filled with drill liquid so as to immerse said drill bit with drill liquid, • a circumferential seal for separating drill liquid in the borehole bottom portion from a stabilisation liquid that is filing up the borehole up to a surface, and wherein at least a portion of said circumferential seal is surrounding a part of said circumferential wall, • one or more return pipes (32a, 32b) for evacuation of excavated matter mixed with drill liquid from the borehole bottom portion, and wherein said one or more return pipes are mechanically coupled to said container.
Compounds of the general formula, their tautomeric forms, their stereoisomers, and their pharmaceutically acceptable salts wherein, R 1 at each occurrence is independently selected from H, halogen, nitro, nitrile, or optionally substituted groups selected from (C 1 -C 12)alkyl, haloalkyl, cycloalkyl, alkylthio or (OSO 2)alkyl; n = 1-3; 'X' is selected from -O, -S, SO 2, SO, -NH; R 2 represents optionally substituted group selected from aryl, heteroaryl or heterocyclyl.
A non-therapeutic method for promoting skin moisturization in a subject in need thereof, comprising administering to the subject in need thereof a composition comprising an effective amount of a plant extract; wherein the plant extract comprises at least one combination selected from the group consisting of a Pu-erh tea extract and a blueberry extract, a Pu-erh tea extract and a spinach extract, a Four Seasons Spring tea extract and a blueberry extract, and a Four Seasons Spring tea extract and a spinach extract.
A window treatment comprising: a motorized roller tube system; and brake assembly comprising: a mandrel (40, 52, 82); and a brake spring (46, 110, 120) disposed upon the mandrel, the brake spring comprising a plurality of coils (46a, 110a, 120a) and a tang (46c, 110c, 120c) extending from the plurality of coils, the tang having a first bend (46b, 110b, 120b) at a first end of the tang adjacent the plurality of coils, wherein the first bend bends the tang in a first direction to extend in a radial direction of the coil spring, and a second bend (46d, 110d, 120d) at a second end of the tang, wherein the second bend forms the tang in a L-shape in a second direction opposite to the first direction, wherein a support portion (46e, 110e, 120e) coplanar with the spring coils extends from the second bend (46d, 110d, 120d). a motorized roller tube system; and brake assembly comprising: a mandrel (40, 52, 82); and a brake spring (46, 110, 120) disposed upon the mandrel, the brake spring comprising a plurality of coils (46a, 110a, 120a) and a tang (46c, 110c, 120c) extending from the plurality of coils, the tang having a first bend (46b, 110b, 120b) at a first end of the tang adjacent the plurality of coils, wherein the first bend bends the tang in a first direction to extend in a radial direction of the coil spring, and a second bend (46d, 110d, 120d) at a second end of the tang, wherein the second bend forms the tang in a L-shape in a second direction opposite to the first direction, wherein a support portion (46e, 110e, 120e) coplanar with the spring coils extends from the second bend (46d, 110d, 120d). a mandrel (40, 52, 82); and a brake spring (46, 110, 120) disposed upon the mandrel, the brake spring comprising a plurality of coils (46a, 110a, 120a) and a tang (46c, 110c, 120c) extending from the plurality of coils, the tang having a first bend (46b, 110b, 120b) at a first end of the tang adjacent the plurality of coils, wherein the first bend bends the tang in a first direction to extend in a radial direction of the coil spring, and a second bend (46d, 110d, 120d) at a second end of the tang, wherein the second bend forms the tang in a L-shape in a second direction opposite to the first direction, wherein a support portion (46e, 110e, 120e) coplanar with the spring coils extends from the second bend (46d, 110d, 120d).
Non-implantable medical device (1, 1') intended to cover wounds and skin lesions, comprising a biosensor (3E, 3E'), characterised in that said biosensor (3E, 3E') comprises a piece made of absorbent, hydrophilic material fixing, on the surface and/or within the thickness thereof, a composition of agglomerated powders comprising particles of ethylene-vinyl acetate having a surface in part covered with at least one orthophosphoric acid salt and a visual indicator of microbiological growth.
A fermented product obtained by fermenting honey and camomile or a treated product of camomile with Lactobacillus kunkeei, wherein the treated product of camomile is a dried product, a pulverized product, a crushed product, powder or an extract of camomile.
An aircraft air conditioning system comprising: - an air conditioning unit, - a process air line adapted to supply compressed process air provided by a process air source to the air conditioning unit, - a trim air line branching off from the process air line upstream of the air conditioning unit and being adapted to be flown through with trim air branched off from the compressed process air flowing through the process air line, - a compressor arranged in the trim air line and being adapted to compress the trim air flowing through the trim air line, - a turbine adapted to drive the compressor, and - a cabin exhaust air line adapted to supply cabin exhaust air discharged from an aircraft cabin to the turbine for driving the turbine, characterized in that a heat exchanger is disposed in the trim air line, the heat exchanger being adapted to thermally couple the trim air flowing through the trim air line with the cabin exhaust air flowing through the cabin exhaust air line so as to pre-heat the cabin exhaust air flowing through the cabin exhaust air line prior to being supplied to the turbine. - an air conditioning unit, - a process air line adapted to supply compressed process air provided by a process air source to the air conditioning unit, - a trim air line branching off from the process air line upstream of the air conditioning unit and being adapted to be flown through with trim air branched off from the compressed process air flowing through the process air line, - a compressor arranged in the trim air line and being adapted to compress the trim air flowing through the trim air line, - a turbine adapted to drive the compressor, and - a cabin exhaust air line adapted to supply cabin exhaust air discharged from an aircraft cabin to the turbine for driving the turbine,
A clamp for mounting to a cable, wherein the clamp has attachment means (30, 50) for connecting to a pipeline, the clamp comprises: - plural clamp segments (4a, 4b, 4c) each with a curved section (6a, 6b, 6c), the clamp having a length arranged in parallel to the longitudinal direction of the cable when the clamp is mounted to the cable and - tension devices connecting the clamp segments (4a, 4b, 4c) to each other to form a cylindrically shaped attachment area for accommodation of the cable in contact with the curved sections (6a, 6b, 6c), and wherein plural tension devices are spaced in the length direction of the clamp thereby providing for an even distribution of the clamping force onto the cable, characterized in that each tension device comprises a locking part (3, 5) for connecting two clamp segments (4a, 4b, 4c) to each other and a spring part to provide the clamping force to the cable. - plural clamp segments (4a, 4b, 4c) each with a curved section (6a, 6b, 6c), the clamp having a length arranged in parallel to the longitudinal direction of the cable when the clamp is mounted to the cable and - tension devices connecting the clamp segments (4a, 4b, 4c) to each other to form a cylindrically shaped attachment area for accommodation of the cable in contact with the curved sections (6a, 6b, 6c), and
A method implemented by a visible light communication, VLC, device, comprising: a) determining, by a processor of the VLC device, a normalized transmission rate for transmitting data using a signal block having a plurality of different combinations of n time slots in the signal block and w time slots with a pulse to be transmitted during the signal block, wherein the normalized transmission rate is an amount of data that is transmitted by a single pulse during the signal block having the n time slots; b) determining, by the processor, the n time slots for the signal block based on a dimming value and the normalized transmission rate, the signal block specifying a predetermined duration of time and the signal block being divided equally into n time slots, with the dimming value specifying a light intensity of light to be emitted by a light source; c) determining, by the processor, the w pulses to be transmitted during one or more of the n time slots of the signal block based on the dimming value, the normalized transmission rate and a pulse pattern indicating a position of the w pulses transmitted during the one or more of the n time slots; and d) determining, by the processor, a codeword based on n and w, the codeword corresponding to the pulse pattern. a) determining, by a processor of the VLC device, a normalized transmission rate for transmitting data using a signal block having a plurality of different combinations of n time slots in the signal block and w time slots with a pulse to be transmitted during the signal block, wherein the normalized transmission rate is an amount of data that is transmitted by a single pulse during the signal block having the n time slots; b) determining, by the processor, the n time slots for the signal block based on a dimming value and the normalized transmission rate, the signal block specifying a predetermined duration of time and the signal block being divided equally into n time slots, with the dimming value specifying a light intensity of light to be emitted by a light source; c) determining, by the processor, the w pulses to be transmitted during one or more of the n time slots of the signal block based on the dimming value, the normalized transmission rate and a pulse pattern indicating a position of the w pulses transmitted during the one or more of the n time slots; and d) determining, by the processor, a codeword based on n and w, the codeword corresponding to the pulse pattern.
Method for operating an electrosurgical generator configured to supply power to an electrosurgical instrument, the electrosurgical generator being identifiable by a serial number and comprising at least two modules (20, 20'), wherein the modules (20, 20') are embodied as hardware modules and/or as software modules, wherein each of the modules (20, 20') has a functionality according to an operation mode which is at least partially specified by a license key, wherein in an initializing process of the electrosurgical generator, identification information being indicative of a serial number is available or is made available at at least one of the modules (20, 20') and license information being indicative of a license key is available or is made available at at least one of the modules (20, 20'), each of the modules (20, 20') provides any of the identification information and the license information being available or being made available to it to at least one other of the modules (20, 20'), at least one of the modules (20, 20') generates a link of the identification information and the license information and provides the generated link to each of the other modules (20, 20'), and each of the modules (20, 20') stores the generated link.
Photovoltaic cell, in particular a solar cell, comprising an absorber layer, in front of which an anti-reflection layer is arranged, wherein the anti-reflection layer comprises a nanostructured layer with periodically arranged antenna elements of an electrically conductive material, which is arranged at a distance (d) of 1 to 50 nanometers from the absorber layer, and which is at least partially received within the anti-reflection layer, wherein the antenna elements have a height of more than 30 to 120 nanometers, and wherein the nanostructured layer together with a back contact of the photovoltaic cell forms an optical resonator, characterized in that the antenna elements are arranged periodically with respect to each other at distances of 250 to 750 nanometers.
An imaging device having an integrated array of a plurality of pixels, each pixel comprising: a photodiode that receives light and that generates photoelectric charges; a transfer transistor that is coupled to the photodiode and that transfers the photoelectric charges received from the photodiode; a floating region that is coupled to the transfer transistor, to which the photoelectric charges are transferred via the transfer transistor; a storage capacitor element (C S); a storage transistor connected between the floating region and the storage capacitor element (C S); and characterized by a reset transistor connected to a connecting point of the storage transistor and the storage capacitor element (C S), said reset transistor configured to discharge the photoelectric charges of the storage capacitor element (C S) and the floating region. a photodiode that receives light and that generates photoelectric charges; a transfer transistor that is coupled to the photodiode and that transfers the photoelectric charges received from the photodiode; a floating region that is coupled to the transfer transistor, to which the photoelectric charges are transferred via the transfer transistor; a storage capacitor element (C S); a storage transistor connected between the floating region and the storage capacitor element (C S); and characterized by a reset transistor connected to a connecting point of the storage transistor and the storage capacitor element (C S), said reset transistor configured to discharge the photoelectric charges of the storage capacitor element (C S) and the floating region.
A polycrystalline silicon rod comprising a seed rod made of polycrystalline silicon, and a polycrystalline silicon deposit which is deposited on an outer circumferential surface of the seed rod by a CVD process characterized in that in the initial stage of the deposition reaction, a current value caused to flow through the seed rod is temporarily suppressed down to a lower current value and then gradually elevated in correspondence with an increase in the diameter of the polycrystalline silicon deposit, wherein either a diameter of the polycrystalline silicon rod is 77 mm or less, and when the polycrystalline silicon rod is observed by an optical microscope with respect to a cross section perpendicular to an axis of the seed rod, needle-shaped crystals each having a length of 288 μm or less are uniformly distributed radially with the seed rod being as the center in the polycrystalline silicon deposit, and said needle-shaped crystals account for 78% or more area of the cross section, or, a diameter of the polycrystalline silicon rod is above 77 mm, and when the polycrystalline silicon rod is observed by an optical microscope with respect a cross section perpendicular to an axis of the seed rod, needle-shaped crystals each having a length of 291 μm or less are radially and uniformly distributed with the seed rod being as the center in the polycrystalline silicon deposit, and said needle-shaped crystals account for 15% to 35% area of the cross section within a region having a diameter of 130 mm.
Electrical, elongate contact element for touch-contacting electrical test specimen, comprising a contact body, which has two end regions (2, 3) serving for electrical contacting and an elongate intermediate region positioned between the end regions (2, 3), the intermediate region having a substantially rectangular cross section and being formed lamellated along the longitudinal extent thereof, in such a way that adjacent lamellae are separated or spaced apart from one another by at least one longitudinal slit, the contact body being formed in a single piece, the length L of the contact element being greater than the width B thereof and the width B of the contact element being greater than the thickness D thereof, characterised in that the lamellae, in the relaxed, uncontacted state and/or in the tensioned, contacted state, have an arc shape having at least one arc, and in that the at least one arc of the arc shape is positioned in a plane defined by the length L of the contact element and the width B of the contact element.
A flow meter monitoring system, comprising a communication interface configured to communicate with one or more flow meters and receive meter calibration values for a flow meter of the one or more flow meters, with the flow meter monitoring system being characterized by: a processing system in communication with the communication interface and configured to receive the meter calibration values from the communication interface, the meter calibration values comprising a Flow Calibration Factor, and to correlate the meter calibration values to known meter calibration values in order to determine the flow meter type.
Device for mixing two liquids or pastes, comprising a first inlet, a second inlet, a first hollow cylinder, a second hollow cylinder, a mixing element and optionally at least one central outlet, the mixing element having a mixing plate with a first and a second face; the mixing plate has a cavity and is substantially cylindrical; the mixing element has at least two partial inlets via which the first face of the mixing plate is connected to the first hollow cylinder; the mixing element has at least two partial inlets via which the second face of the mixing plate is connected to the second hollow cylinder; characterized in that the first face of the mixing plate has a first outlet and the second face of the mixing plate has a second outlet; and the first outlet extends at least partially through the first hollow cylinder and the second outlet extends at least partially through the second hollow cylinder. the mixing plate has a cavity and is substantially cylindrical; the mixing element has at least two partial inlets via which the first face of the mixing plate is connected to the first hollow cylinder; the mixing element has at least two partial inlets via which the second face of the mixing plate is connected to the second hollow cylinder; characterized in that the first face of the mixing plate has a first outlet and the second face of the mixing plate has a second outlet; and the first outlet extends at least partially through the first hollow cylinder and the second outlet extends at least partially through the second hollow cylinder.