mhurhangee/ep-ind-claims huggingface dataset:
A photoelectric conversion element comprising: a first electrode (2a, 2b); a perovskite layer; a hole-transporting layer; and a second electrode (7a, 7b), wherein the hole-transporting layer includes a compound represented by General Formula below or General Formula below: where, in the General Formula, M represents an alkali metal; X 1 and X 2, which may be identical to or different from each other, each represent at least one selected from the group consisting of a carbonyl group, a sulphonyl group, and a sulfinyl group; and X 3 represents at least one selected from the group consisting of a bivalent alkyl group, an alkenyl group, and an aryl group, and a hydrogen atom of the bivalent alkyl group, the alkenyl group, and the aryl group may be substituted with a halogen atom; where, in the General Formula, M + represents an organic cation; and X 1, X 2, and X 3 have same meanings as X 1, X 2, and X 3 in the General Formula. a first electrode (2a, 2b); a perovskite layer; a hole-transporting layer; and a second electrode (7a, 7b), wherein the hole-transporting layer includes a compound represented by General Formula below or General Formula below: where, in the General Formula, M represents an alkali metal; X 1 and X 2, which may be identical to or different from each other, each represent at least one selected from the group consisting of a carbonyl group, a sulphonyl group, and a sulfinyl group; and X 3 represents at least one selected from the group consisting of a bivalent alkyl group, an alkenyl group, and an aryl group, and a hydrogen atom of the bivalent alkyl group, the alkenyl group, and the aryl group may be substituted with a halogen atom; where, in the General Formula, M + represents an organic cation; and X 1, X 2, and X 3 have same meanings as X 1, X 2, and X 3 in the General Formula.
A system for connecting an ultraviolet lamp of a sanitizing system with an electrical coupling, the system comprising: a braid attachment (200; 400) of the UV lamp; and a compressive wrap (212; 402) secured around at least a portion of the braid attachment (200; 400), wherein the compressive wrap (212; 402) is formed of fiberglass. a braid attachment (200; 400) of the UV lamp; and a compressive wrap (212; 402) secured around at least a portion of the braid attachment (200; 400), wherein the compressive wrap (212; 402) is formed of fiberglass.
A process for the preparation of fibres including the steps of: (a) introducing a stream of fibre-forming liquid into a dispersion medium, wherein the dispersion medium has a viscosity in the range of from 1 to 100 centiPoise (cP); (b) forming a filament in the dispersion medium from the stream of fibre-forming liquid; and (c) shearing the filament under conditions allowing fragmentation of the filament and formation of fibres. (a) introducing a stream of fibre-forming liquid into a dispersion medium, wherein the dispersion medium has a viscosity in the range of from 1 to 100 centiPoise (cP); (b) forming a filament in the dispersion medium from the stream of fibre-forming liquid; and (c) shearing the filament under conditions allowing fragmentation of the filament and formation of fibres.
A power supply control apparatus (10, 110) for connection to a plurality of electrical inputs (V1, V2, V3, Vn) of an electronic device wherein each electrical input (V1, V2, V3, Vn) is operatively connectable to a power source, wherein the power supply control apparatus (10, 110) comprises a power supply sequencer circuit and a power supply control element, the power supply sequencer circuit including at least one power supply sequencer stage (16, 116, 216), wherein the power supply sequencer circuit is configured to selectively receive an indication signal, wherein a positive indication signal is indicative of a voltage supplied to a first of the electrical inputs reaching or passing a predefined voltage threshold, and the power supply sequencer circuit is configured to selectively provide a control signal to the power supply control element, the power supply control element configured to be triggerable by a positive control signal so that the power supply control element forms an electrical connection for connecting a second of the electrical inputs to the power source so as to permit supply of power from the power source to the second electrical input, and characterized in that the or each power supply sequencer stage (16, 116, 216) includes first and second circuit elements (18, 20, 118, 120), the first circuit element (18, 118) is configured to selectively receive an input signal, the first circuit element (18, 118) is configured to selectively provide an intermediate signal to a gate of the second circuit element (20, 120), the second circuit element (20, 120) is configured to selectively provide an output signal, the first circuit element (18, 118) is configured to be triggerable by a positive input signal so that the first circuit element (18, 118) provides a negative intermediate signal to the second circuit element (20, 120), and the second circuit element (20, 120) is configured to be triggerable by the negative intermediate signal so that the second circuit element (20, 120) provides a positive output signal, wherein said first circuit element (18, 118) is or includes a first switching element wherein said second circuit element (20, 120) is or includes a second switching element, wherein the power supply control element is or includes a third switching element, the power supply sequencer circuit is configured so that initially before said first input is connected to said power source and before said first of the electrical inputs (V1, V2, V3, Vn) reaches or passes a predefined voltage threshold, said first switching element, said second switching element, said third switching element are respectively turned OFF, ON, OFF so that said power source is disconnected form said second input, and when power is supplied from the power source to said first of the electrical inputs and said first of the electrical inputs reaches or passes a predefined voltage threshold, said first switching element, second switching element, said third switching element are respectively turned ON, OFF, ON so that after said power source is connected to said first input, said power source is then connected to said second input after a certain delay.
A method for detecting nucleotide incorporation into polynucleotides including: a) providing a substrate; and a first polynucleotide coupled to the substrate; b) hybridizing a second polynucleotide to the first polynucleotide; c) contacting the second polynucleotide to a polymerase and a plurality of nucleotides, a first subset of which includes a first moiety, a second subset of which includes a second moiety, a third subset of which includes a third moiety, and a fourth subset of which includes a fourth moiety or no moiety; d) adding a nucleotide of the plurality of nucleotides to the second polynucleotide based on a sequence of the first polynucleotide; e) exposing the nucleotide to a catalyst coupled to a fifth moiety; f) exposing the nucleotide to chemiluminogenic molecules; g) detecting emission of photons or an absence of photons from the chemiluminogenic molecules; h) exposing the nucleotide to a catalyst coupled to a sixth moiety; i) exposing the nucleotide to chemiluminogenic molecules; j) detecting emission of photons or an absence of photons from the chemiluminogenic molecules; k) exposing the nucleotide to a cleaver molecule; l) exposing the nucleotide to chemiluminogenic molecules; m) detecting emission of photons or an absence of photons from the chemiluminogenic molecules; and n) detecting the nucleotide added in step d) based on the detection of emission of photons or absence of photons from the chemiluminogenic molecules at steps g, j, or m or a combination thereof. a) providing a substrate; and a first polynucleotide coupled to the substrate; b) hybridizing a second polynucleotide to the first polynucleotide; c) contacting the second polynucleotide to a polymerase and a plurality of nucleotides, a first subset of which includes a first moiety, a second subset of which includes a second moiety, a third subset of which includes a third moiety, and a fourth subset of which includes a fourth moiety or no moiety; d) adding a nucleotide of the plurality of nucleotides to the second polynucleotide based on a sequence of the first polynucleotide; e) exposing the nucleotide to a catalyst coupled to a fifth moiety; f) exposing the nucleotide to chemiluminogenic molecules; g) detecting emission of photons or an absence of photons from the chemiluminogenic molecules; h) exposing the nucleotide to a catalyst coupled to a sixth moiety; i) exposing the nucleotide to chemiluminogenic molecules; j) detecting emission of photons or an absence of photons from the chemiluminogenic molecules; k) exposing the nucleotide to a cleaver molecule; l) exposing the nucleotide to chemiluminogenic molecules; m) detecting emission of photons or an absence of photons from the chemiluminogenic molecules; and n) detecting the nucleotide added in step d) based on the detection of emission of photons or absence of photons from the chemiluminogenic molecules at steps g, j, or m or a combination thereof.
A vascular filter, the filter having a collapsed configuration and an expanded configuration, the filter including: a first basket including a plurality of first legs cut from a first tube and extending from a first hub, the first hub including an uncut portion of the first tube; a second basket including a plurality of second legs cut from a second tube and extending from a second hub, the second hub including an uncut portion of the second tube; wherein the first hub is disposed concentrically within the second hub to form a filter hub, such that the pluralities of legs nest within one another; wherein the filter has a first end, the filter hub being located at or towards the first end, and a second end, the first legs terminating at the second end in the expanded configuration; wherein the second legs terminate at a position intermediate the first end and the second end in the expanded configuration, and wherein there are a greater number of second legs than first legs; and a lumen extending through the hubs to receive a guidewire during deployment. a first basket including a plurality of first legs cut from a first tube and extending from a first hub, the first hub including an uncut portion of the first tube; a second basket including a plurality of second legs cut from a second tube and extending from a second hub, the second hub including an uncut portion of the second tube; wherein the first hub is disposed concentrically within the second hub to form a filter hub, such that the pluralities of legs nest within one another; wherein the filter has a first end, the filter hub being located at or towards the first end, and a second end, the first legs terminating at the second end in the expanded configuration; wherein the second legs terminate at a position intermediate the first end and the second end in the expanded configuration, and wherein there are a greater number of second legs than first legs; and a lumen extending through the hubs to receive a guidewire during deployment.
A panel of medium density fibreboard MDF, comprising wood fibres the largest dimension of which is 7 mm or below, pressed together with an adhesive, the panel having an aspect ratio of at least 100 and a surface area of at least 1 m 2, wherein the wood fibres are made of acetylated wood; wherein the aspect ratio is the ratio L/D between the length L and the thickness D of the panel.
An antenna structure configured to be provided in a headset to be worn on or at the head of a user, the antenna structure comprising a radiator element in connection with a ground plate; where the radiator element is arranged in a first plane, and the ground plate is arranged in a second plane; where the radiator element and the ground plate are connected by a first ground connector, a second ground connector and a feed connector; where the radiator element has an electrical length of about a half-wavelength between the first ground connector and the second ground connector; wherein the radiator element has an opening between the first ground connector and the second ground connector; and characterized in that the opening between the first ground connector and the second ground connector is configured for providing that an object can be arranged between the first plane and the second plane such that the object extends through the opening.
Gutter system having at least one frame unit, at least one cover unit and at least one first damping element, wherein the frame unit has at least one receiving region for the arrangement of the cover unit, wherein the receiving region of the frame unit is formed by at least three side walls (12.1; 12.2; 12.3; 12.4; 12. 5), wherein the first damping element is provided between the frame unit and the cover unit in such a way that the cover unit is accommodated in the frame unit in a damping manner in at least three spatial directions, characterized in that the cover unit is designed in combination with at least one movably designed securing element, so that the movable securing element can be moved for at least temporary engagement in the receiving region of the frame unit.
A system to transmit an audio signal to a user, the system comprising: an electrode array comprising a plurality of electrodes configured for placement at least partially within a cochlea of the user; circuitry configured to receive the audio signal from a sound source; at least one light source coupled to the circuitry, the light source comprising an optical multiplexer and being configured to emit a multiplexed optical signal comprising a plurality of light pulses through the eardrum of the user; at least one detector configured to receive the multiplexed optical signal and pass current through the electrodes in response to the light pulses.
Locating device comprising at least one communication unit and at least one switch unit, which switch unit is connected to the at least one communication unit, the communication unit comprising a receiving unit for receiving at least one signal, the switch unit detecting objects inside the detection region, and the receiving unit of the communication unit being deactivated by the switch unit if an object is detected in the detection region and the receiving unit being activated by the switch unit when no object is detected in the detection region, characterized in that the switch unit is formed by a proximity switch having a detection region, which proximity switch detects whether the locating device is stored in a pocket usually provided therefor, in the pocket of a piece of clothing, in a rucksack or similar, and correspondingly activates or deactivates the communication unit of the locating device.
An ultrasonic testing apparatus, comprising: a nozzle jetting a medium towards an object to form a medium column; a plurality of probes (20, 21, 22) disposed on the nozzle to oscillate an ultrasonic wave, wherein the plurality of probes (20, 21, 22) oscillates ultrasonic waves having different frequencies; an ultrasonic reflector rotatably installed between the plurality of probes (20, 21, 22) in the nozzle so that an ultrasonic wave of a probe selected from the plurality of probes (20, 21, 22) is transmitted to the object, wherein the ultrasonic reflector is fixed to a rotation shaft installed across an inside of the nozzle, and a motor installed outside the nozzle is connected to one end of the rotation shaft; a main controller receiving thickness information of the object; an on-off controller for selecting a probe from the plurality of probes (20, 21, 22) based on the thickness information of the object transmitted from the main controller; a first pulser receiver and a second pulser receiver selectively oscillating an ultrasonic wave of a corresponding probe (21, 22) according to a command of the on-off controller for probe; and a direction controller for controlling a rotation angle of the ultrasonic reflector by operating the motor based on the thickness information of the object transmitted from the main controller. a nozzle jetting a medium towards an object to form a medium column; a plurality of probes (20, 21, 22) disposed on the nozzle to oscillate an ultrasonic wave, wherein the plurality of probes (20, 21, 22) oscillates ultrasonic waves having different frequencies; an ultrasonic reflector rotatably installed between the plurality of probes (20, 21, 22) in the nozzle so that an ultrasonic wave of a probe selected from the plurality of probes (20, 21, 22) is transmitted to the object, wherein the ultrasonic reflector is fixed to a rotation shaft installed across an inside of the nozzle, and a motor installed outside the nozzle is connected to one end of the rotation shaft; a main controller receiving thickness information of the object; an on-off controller for selecting a probe from the plurality of probes (20, 21, 22) based on the thickness information of the object transmitted from the main controller; a first pulser receiver and a second pulser receiver selectively oscillating an ultrasonic wave of a corresponding probe (21, 22) according to a command of the on-off controller for probe; and a direction controller for controlling a rotation angle of the ultrasonic reflector by operating the motor based on the thickness information of the object transmitted from the main controller.
Testing head for a testing equipment of electronic devices comprising a plurality of contact probes inserted into guide holes being realized in at least one upper guide and in a lower guide, and at least one containment element of said probes which is disposed between said upper and lower guides (23, 24), each of said contact probes having at least one terminal portion which ends with a contact tip adapted to abut on a respective contact pad of a device to be tested and projecting from said lower guide with a length, characterized in that it further comprises at least one spacer element interposed between said containment element and at least one of said upper and lower guides (23, 24), said spacer element not extending along a whole surface of said upper or lower guide (23, 24) and being removable to adjust said length of said terminal portions of said contact probes.
A turbine engine control system, comprising: a first control lever configured for rotational movement between a first control position and a second control position, the first control lever configured for operational control of an engine in a first control mode; a second control lever configured for rotational movement between a third control position and a fourth control position, the second control lever configured for operational control of the engine in a second control mode; and a mechanical link; characterised in that the mechanical link is arranged to couple the first control lever to the second control lever with at least one angular offset such that for at least a subset of control positions of the first control lever, a distance between the first control lever and the first control position is greater than a distance between the second control lever and the third control position. a first control lever configured for rotational movement between a first control position and a second control position, the first control lever configured for operational control of an engine in a first control mode; a second control lever configured for rotational movement between a third control position and a fourth control position, the second control lever configured for operational control of the engine in a second control mode; and a mechanical link; characterised in that the mechanical link is arranged to couple the first control lever to the second control lever with at least one angular offset such that for at least a subset of control positions of the first control lever, a distance between the first control lever and the first control position is greater than a distance between the second control lever and the third control position.
A hybrid module for a powertrain of a motor vehicle, comprising a housing, a separating clutch and an intermediate shaft, a rotary component of the separating clutch, which rotary component is coupled or can be coupled to an electric machine, being non-rotatably connected to the intermediate shaft and the intermediate shaft being rotatably mounted about an axis of rotation relative to the housing by means of two support bearings (6, 7), the support bearings (6, 7) being arranged to be spaced apart from one another in the axial direction such that a receiving space is formed axially between them, with at least one part of a sensor device being arranged in the receiving space, characterised in that the housing has an intermediate wall extending in the radial direction and the two support bearings (6, 7) are received on a radial inner side of the intermediate wall and the intermediate wall has a sleeve area arranged radially inside a plurality of friction elements (13a, 13b) of the separating clutch, wherein the support bearings (6, 7) are received on a radial inner side of the sleeve area.
An elevator apparatus, comprising: a hoisting machine including a drive sheave; suspension means wound around the drive sheave; a car suspended by the suspension means on a first side of the drive sheave; a counterweight suspended by the suspension means on a second side of the drive sheave; a car guide rail for guiding ascent and descent of the car; a safety device mounted to the car, the safety device being engaged with the car guide rail to cause the car to make an emergency stop; characterised by further comprising a retention force application device (14, 22, 23) for applying a retention force less than an unbalanced load of the car and the counterweight to the suspension means on a counterweight side of the drive sheave when a test for verifying actuation of the safety device is conducted. a hoisting machine including a drive sheave; suspension means wound around the drive sheave; a car suspended by the suspension means on a first side of the drive sheave; a counterweight suspended by the suspension means on a second side of the drive sheave; a car guide rail for guiding ascent and descent of the car; a safety device mounted to the car, the safety device being engaged with the car guide rail to cause the car to make an emergency stop; characterised by further comprising a retention force application device (14, 22, 23) for applying a retention force less than an unbalanced load of the car and the counterweight to the suspension means on a counterweight side of the drive sheave when a test for verifying actuation of the safety device is conducted.