mhurhangee/ep-ind-claims huggingface dataset:
A dye-sensitized solar cell comprising a semiconductor layer holding a photosensitizing dye, an electrolyte layer and a pair of electrodes, wherein the photosensitizing dye includes a dye A having a carboxyl group or a phosphono group as a fixing group with the semiconductor layer, which bonds to a Brønsted acid group site in the semiconductor layer, and characterised in that the photosensitizing dye also includes a dye B having a nitrogen-containing aromatic heterocyclic compound as a fixing group with the semiconductor layer, which bonds to a Lewis acid group site in the semiconductor layer.
A method for preparing a pouch type secondary battery comprising: accommodating an electrode assembly in an inner space of a pouch type case to form a pouch type preliminary secondary battery; disposing a metallic ultrasonic member maintained at a temperature of 30°C to 60°C and being formed from a metallic material to facilitate control of temperature and pressure by being closely attached to both surfaces of the pouch type preliminary secondary battery, the metallic ultrasonic member being formed in a structure which surrounds the entire surface of the pouch type preliminary secondary battery; injecting a composition for a gel polymer electrolyte into the pouch type preliminary secondary battery; applying ultrasonic vibration having a frequency of 20 kHz to 200 MHz to the pouch type preliminary secondary battery while pressurizing the pouch type preliminary secondary battery using the metallic ultrasonic member which applies a pressure of 0.1 kgf/cm 2 to 500 kgf/cm 2 per area of the pouch type preliminary secondary battery; performing formation of the pouch type preliminary secondary battery; curing the composition for a gel polymer electrolyte; and degassing. accommodating an electrode assembly in an inner space of a pouch type case to form a pouch type preliminary secondary battery; disposing a metallic ultrasonic member maintained at a temperature of 30°C to 60°C and being formed from a metallic material to facilitate control of temperature and pressure by being closely attached to both surfaces of the pouch type preliminary secondary battery, the metallic ultrasonic member being formed in a structure which surrounds the entire surface of the pouch type preliminary secondary battery; injecting a composition for a gel polymer electrolyte into the pouch type preliminary secondary battery; applying ultrasonic vibration having a frequency of 20 kHz to 200 MHz to the pouch type preliminary secondary battery while pressurizing the pouch type preliminary secondary battery using the metallic ultrasonic member which applies a pressure of 0.1 kgf/cm 2 to 500 kgf/cm 2 per area of the pouch type preliminary secondary battery; performing formation of the pouch type preliminary secondary battery; curing the composition for a gel polymer electrolyte; and degassing.
A method for manufacturing a capacitor (40; 100), the method comprising: depositing an oxide layer on a first side of a heavily doped substrate; depositing a first metal layer on the oxide layer; depositing a second metal layer on a second side of the heavily doped substrate; and depositing a passivation layer on the first metal layer; characterized by patterning and etching the passivation layer to expose a portion of the first metal layer to allow flip-chip mounting or conductive epoxy mounting providing a first contact for the capacitor (40; 100) and wherein a second contact for the capacitor (40; 100) is provided directly through the second metal layer. depositing an oxide layer on a first side of a heavily doped substrate; depositing a first metal layer on the oxide layer; depositing a second metal layer on a second side of the heavily doped substrate; and depositing a passivation layer on the first metal layer; characterized by patterning and etching the passivation layer to expose a portion of the first metal layer to allow flip-chip mounting or conductive epoxy mounting providing a first contact for the capacitor (40; 100) and wherein a second contact for the capacitor (40; 100) is provided directly through the second metal layer.
Vibration device for training and therapeutic applications, with a first handle and a second handle and with a movement mechanism which can be driven by an electric motor, by means of which a vibration movement can be produced at the two handles (8A, 8B), wherein the two handles (8A, 8B) are held on a frame, on which the movement mechanism is mounted, characterised in that the two handles (8A, 8B) exhibit in each case a rigid connection with the frame, and in this situation in each case form a connection between two bearing plates of the frame. with a first handle and a second handle and with a movement mechanism which can be driven by an electric motor, by means of which a vibration movement can be produced at the two handles (8A, 8B), wherein the two handles (8A, 8B) are held on a frame, on which the movement mechanism is mounted, characterised in that the two handles (8A, 8B) exhibit in each case a rigid connection with the frame, and in this situation in each case form a connection between two bearing plates of the frame.
A mold oscillator for oscillating a mold of a continuous casting machine, characterized by comprising: a servo motor; a ball screw unit that includes a ball screw having a threaded shaft and a ball nut, and a nut-side shaft fixed to the ball nut coaxially with the threaded shaft, wherein the ball screw unit is positioned so that a central axis of the ball screw unit extends in a vertical direction; a power transmitting mechanism (24, 25, 26) that transmits rotation of a rotary shaft of the servo motor to a first shaft that is one of the threaded shaft and the nut-side shaft of the ball screw unit that is positioned on a lower side; a bearing that is engaged with the first shaft so as to rotatably support the first shaft and so as to be immovable relative to the first shaft in the vertical direction; and an attachment portion (95, 98; 95, 97, 98) configured to fix the mold oscillator at an installation position, wherein a second shaft that is the other of the threaded shaft and the nut-side shaft of the ball screw unit is configured to be connected to the mold side; and the attachment portion (95, 98; 95, 97, 98) is provided so as to be immovable relative to the bearing in the vertical direction and is configured so as to be able to change a relative position between the bearing and the second shaft in the vertical direction in a state where operation of the mold oscillator is stopped. a servo motor; a ball screw unit that includes a ball screw having a threaded shaft and a ball nut, and a nut-side shaft fixed to the ball nut coaxially with the threaded shaft, wherein the ball screw unit is positioned so that a central axis of the ball screw unit extends in a vertical direction; a power transmitting mechanism (24, 25, 26) that transmits rotation of a rotary shaft of the servo motor to a first shaft that is one of the threaded shaft and the nut-side shaft of the ball screw unit that is positioned on a lower side; a bearing that is engaged with the first shaft so as to rotatably support the first shaft and so as to be immovable relative to the first shaft in the vertical direction; and an attachment portion (95, 98; 95, 97, 98) configured to fix the mold oscillator at an installation position, wherein a second shaft that is the other of the threaded shaft and the nut-side shaft of the ball screw unit is configured to be connected to the mold side; and the attachment portion (95, 98; 95, 97, 98) is provided so as to be immovable relative to the bearing in the vertical direction and is configured so as to be able to change a relative position between the bearing and the second shaft in the vertical direction in a state where operation of the mold oscillator is stopped.
Method for producing a convexly curved photovoltaic module from plane crystalline solar cells, characterized by the steps: embedding at least one plane crystalline solar cell (1; 1", 1'") of backside contacted type between a deformable support layer and a deformable cover layer to create a laminate, and bending the laminate to the desired convex shape by deforming the support and cover layers (12, 13) and simultaneously breaking the at least one solar cell (1; 1", 1'") to fragments such that the convex shape is approximated by polygon lines of the fragments, wherein the fragments stay connected to each other via a metallic backside contacting that is bended at the breaking points. embedding at least one plane crystalline solar cell (1; 1", 1'") of backside contacted type between a deformable support layer and a deformable cover layer to create a laminate, and bending the laminate to the desired convex shape by deforming the support and cover layers (12, 13) and simultaneously breaking the at least one solar cell (1; 1", 1'") to fragments such that the convex shape is approximated by polygon lines of the fragments, wherein the fragments stay connected to each other via a metallic backside contacting that is bended at the breaking points.
Method of providing access control for a software defined network, SDN, controller, wherein said controller comprises an interface for interacting with one or more applications that are installed to run at the control plane of said software defined network atop said controller, and wherein said controller is configured to program flow tables of network resources at the data plane of said software defined network in accordance with configuration requests from said one or more applications, characterized in the steps of establishing a cascaded flow of flow table entries by linking together flow table entries of flow tables that are installed at said network resources and that apply to the same packets or network flows, wherein flow table entries are linked together to form a cascaded flow by annotating installed flow table entries with additional fields that specify a flow table entry' s predecessors and successors and wherein flow table entries' predecessors and successors in a cascaded flow are represented as pointers, analyzing the impact of configuration requests from said one or more applications regarding the installation and/or removal of flow table entries on existing cascaded flows, and rejecting configuration requests in case the according installation and/or removal of flow table entries would destroy an existing cascaded flow.
A method for rapid data analysis comprising: • receiving and interpreting a query, wherein interpreting the query comprises translating strings of the query to integers using a string translator, wherein interpreting the query further comprises identifying a first set of data shards containing data relevant to the query; • collecting a first data sample from the first set of data shards, wherein collecting the first data sample comprises collecting data from each of the first set of data shards, wherein collecting data from each of the first set of data shards comprises collecting only a subset of data contained within each of the first set of data shards; • calculating an intermediate result to the query based on analysis of the first data sample; • identifying a second set of data shards based on the intermediate result; • collecting a second data sample from the second set of data shards, wherein collecting the second data sample comprises collecting data from each of the second set of data shards, wherein collecting data from each of the second set of data shards comprises collecting a complete set of data contained within each of the second set of data shards; and • calculating a final result to the query based on analysis of the second data sample. • receiving and interpreting a query, wherein interpreting the query comprises translating strings of the query to integers using a string translator, wherein interpreting the query further comprises identifying a first set of data shards containing data relevant to the query; • collecting a first data sample from the first set of data shards, wherein collecting the first data sample comprises collecting data from each of the first set of data shards, wherein collecting data from each of the first set of data shards comprises collecting only a subset of data contained within each of the first set of data shards; • calculating an intermediate result to the query based on analysis of the first data sample; • identifying a second set of data shards based on the intermediate result; • collecting a second data sample from the second set of data shards, wherein collecting the second data sample comprises collecting data from each of the second set of data shards, wherein collecting data from each of the second set of data shards comprises collecting a complete set of data contained within each of the second set of data shards; and • calculating a final result to the query based on analysis of the second data sample.
A process for producing a cyclic silane compound, which comprises subjecting a chained polysilane to pyrolysis in the presence of an oxide of a transition metal belonging to Group 8 or Group 11 of the periodic table, wherein the reaction temperature is 350°C to 450°C.
An image processing method of a terminal comprising: displaying a preview screen when a capture mode is selected; detecting a plurality of faces in an image of the displayed preview screen; selecting automatically a capture guide among a plurality of preset capture guides, the selected capture guide including outlines indicative of faces, upper bodies, or whole bodies corresponding to coordinates of detected faces or coordinates of bodies associated with the detected faces in the image; overlaying the capture guide on the displayed preview screen; and capturing the image when the detected faces are arranged to correspond to the capture guide. displaying a preview screen when a capture mode is selected; detecting a plurality of faces in an image of the displayed preview screen; selecting automatically a capture guide among a plurality of preset capture guides, the selected capture guide including outlines indicative of faces, upper bodies, or whole bodies corresponding to coordinates of detected faces or coordinates of bodies associated with the detected faces in the image; overlaying the capture guide on the displayed preview screen; and capturing the image when the detected faces are arranged to correspond to the capture guide.
Magnetic circuit device for implementing the magnetic circuit of a magnetic-inductive flowmeter, having at least one coil that generates a magnetic field, having at least two mutually opposite planar pole elements (3a, 3b) between which, in the installed state, the measuring tube of the magnetic-inductive flowmeter is located, and having at least one magnetically conductive connecting element (4a, 4b) for magnetic closure of the magnetic circuit, wherein the cross section of the coil core of the coil or/and of the magnetically conductive connecting element or elements (4a, 4b) are as small as possible without, however, saturation occurring, wherein the magnetic circuit device has both an annular outer contour for reducing stray fields and encompassing wide-ranging at least one of the planar pole elements, characterized in in that a first magnetically conductive connecting element is connected to a narrow side of a first pole element, a second magnetically conductive connecting element is connected to the opposite narrow side of the first pole element, and the first connecting element, the second connecting element and the first pole element form an annular magnetic circuit element which defines the annular outer contour of the magnetic circuit device.
Process for dyeing keratin fibers, in which said fibers are treated with: ▪ with a composition comprising: i) one or more indole or indoline compounds; ii) one or more metal salts; iii) hydrogen peroxide or one or more systems that generate hydrogen peroxide; and then ▪ a composition comprising: iv) one or more basifying agents. ▪ with a composition comprising: i) one or more indole or indoline compounds; ii) one or more metal salts; iii) hydrogen peroxide or one or more systems that generate hydrogen peroxide; and then i) one or more indole or indoline compounds; ii) one or more metal salts; iii) hydrogen peroxide or one or more systems that generate hydrogen peroxide; and then ▪ a composition comprising: iv) one or more basifying agents. iv) one or more basifying agents.
Device for the dilution and preparation of antiblastic drugs comprising at least one drug preparation unit provided with a first central tank, said first central tank containing a solvent, a first positive-displacement pump, said first positive-displacement pump comprising a peristaltic pump, an emptying unit for at least one bottle of drug, said first positive-displacement pump being suitable for transferring in a dosed manner said solvent from said central tank to said at least one bottle of drug, said emptying unit comprising positioning and locking means having a housing suitable for receiving various dimensions and formats of said bottles, characterised in that said device comprises: - a further tank for the semi-processed drug, said further tank being filled by said first positive-displacement pump after said at least one bottle of drug; - a second positive-displacement pump, said second positive-displacement pump comprising a peristaltic pump, for transferring in a dosed manner the diluted drug from said further tank of the semi-finished drug to a container of prepared drug; - air-dispensing means suitable for delivering compressed air into said at least one bottle of drug; - a dragging mechanism, which is comprised in said drug preparation unit, for transferring said at least one bottle of drug. - a further tank for the semi-processed drug, said further tank being filled by said first positive-displacement pump after said at least one bottle of drug; - a second positive-displacement pump, said second positive-displacement pump comprising a peristaltic pump, for transferring in a dosed manner the diluted drug from said further tank of the semi-finished drug to a container of prepared drug; - air-dispensing means suitable for delivering compressed air into said at least one bottle of drug; - a dragging mechanism, which is comprised in said drug preparation unit, for transferring said at least one bottle of drug.
Screw-type centrifugal wheel pump, comprising a pump housing with a pump inlet opening, comprising a screw-type centrifugal wheel with a hub and/or a drive shaft, further comprising a cover plate for the screw-type centrifugal wheel pump, wherein the cover plate comprises a front side and a rear side and wherein the front side comprises a partial surface, the course of which is configured to be adapted to the rear side of a screw-type centrifugal wheel, wherein the partial surface comprises in its centre a central opening, the central opening being configured to be adapted for the passage of a rotational axis of the screw-type centrifugal wheel and extending in a direction of the rotational axis, and wherein the partial surface features a spirally extending depression which, beginning substantially in a region of the central opening, extends along the partial surface in a rotational direction to the outside, the cover plate being arranged on a side of the screw-type centrifugal wheel that is situated opposite the pump inlet opening, directly behind the screw-type centrifugal wheel, characterised in that a gap is formed between the central opening of the cover plate and the hub and/or the drive shaft, that the cover plate comprises at least one through-hole, which is arranged in a region of the partial surface and is spaced apart from the central opening, and that the through-hole forms a fluid-conducting connection between the front side and the rear side of the cover plate.
Method for changing the operating mode of an apparatus comprising an electrolyzer, a compressor and a membrane separation device, between normal operation and standby operation, wherein, in normal operation of the apparatus, an electrolysis feedstock comprising carbon dioxide is converted in the electrolyzer into an electrolysis product containing carbon dioxide and carbon monoxide, at least a portion of which product is conducted via the compressor and is fed to the membrane separation device at an elevated pressure in order to obtain a retentate which is enriched in carbon monoxide and depleted of carbon dioxide compared to the electrolysis product, characterized in that, in order to change from normal operation into standby operation, the electrolyzer is completely fluidically isolated from the membrane separation device and subsequently shut down, wherein the pressure conditions in the membrane separation device are largely maintained.
Fluid compression device driven by an electric machine, said electric machine comprising a rotor and a stator, and said compression device comprising a compression shaft on which is mounted at least one compression wheel, said rotor being secured with said compression shaft, said rotor comprising a rotor shaft, a cylindrical magnet mounted on at least one part of said rotor shaft, a ferrule made of non-magnetic material for retaining said magnet on said rotor shaft, said rotor shaft comprising a bore for the insertion of one end of said compression shaft, said rotor comprising at least one non-magnetic stop on one side of said magnet, the non-magnetic stop being in the form of a ring inserted between a shoulder of the rotor shaft and the cylindrical magnet, characterized in that said rotor is secured with said compression shaft by means of a thread and in that said rotor comprises a handling end piece for moving said rotor.
Lighting module for a motor vehicle's headlamp, comprising a light source, which emits light, and comprising at least one optical element, which carries a part of the light over into a bright area of a low beam light distribution produced in a field in front of the headlamp, and bordered by a bright dark boundary, which is produced as an image of an edge of a screen that spatially limits the current of the light generated by the light source, wherein a further part of the light is deflected at a first reflection surface into an overhead optical path and is carried over as overhead light into a less brightly illuminated area of the low beam light distribution lying beyond the bright dark boundary, in which a rule conforming low beam light locally has to achieve predetermined brightness values, wherein, in the overhead-optical path at least one second deflection of the overhead light is effected at a second reflection surface, characterized in that the edge of the screen is a leading edge of a screen lying essentially horizontal and having a specular surface which comprises an opening, which is separated from the edge of the screen by a partial area of the screen which lies between the opening and the edge of the screen and wherein the opening is, in a direction transverse to the lighting module's optical axis, bordered by the first reflection surface and the second reflection surface.