mhurhangee/ep-ind-claims huggingface dataset:
A sensor configured to detect a gaseous agent comprising: a transducer, wherein the transducer comprises an electrical resonant circuit that forms an antenna; and a sensing material disposed at least on the portion of the transducer, wherein the sensing material is configured to simultaneously exhibit a capacitance response and a resistance response when exposed to a gaseous agent; wherein the sensing material comprises a semiconducting metal oxide, wherein the semiconducting metal oxide is a semiconducting mixed metal oxide, characterized in that the sensing material further comprises a noble metal catalyst deposited on the semiconducting metal oxide and a polymer matrix, wherein the polymer matrix is configured to control sensor sensitivity. a transducer, wherein the transducer comprises an electrical resonant circuit that forms an antenna; and a sensing material disposed at least on the portion of the transducer, wherein the sensing material is configured to simultaneously exhibit a capacitance response and a resistance response when exposed to a gaseous agent; wherein the sensing material comprises a semiconducting metal oxide, wherein the semiconducting metal oxide is a semiconducting mixed metal oxide, characterized in that the sensing material further comprises a noble metal catalyst deposited on the semiconducting metal oxide and a polymer matrix, wherein the polymer matrix is configured to control sensor sensitivity.
A power supply controller comprising: an up conversion means (5, 9b) for stepping up a primary voltage from a battery voltage, and a battery voltage detection means (14, 16); characterized by a secondary voltage generation circuit which generates the secondary voltage provided to each device; wherein the power supply controller generates the secondary voltage from the generated primary voltage; a voltage monitoring circuit for secondary voltage monitoring to determine whether the secondary voltage is greater than or equal to a regulation value, and an up conversion stop means for allowing the up conversion means to stop stepping up a voltage until a secondary voltage reaches the regulation value. an up conversion means (5, 9b) for stepping up a primary voltage from a battery voltage, and a battery voltage detection means (14, 16); characterized by a secondary voltage generation circuit which generates the secondary voltage provided to each device; wherein the power supply controller generates the secondary voltage from the generated primary voltage; a voltage monitoring circuit for secondary voltage monitoring to determine whether the secondary voltage is greater than or equal to a regulation value, and an up conversion stop means for allowing the up conversion means to stop stepping up a voltage until a secondary voltage reaches the regulation value.
Process for separating a homogeneous catalyst system that contains at least one metal from groups 8 to 10 of the periodic table of the elements or a compound thereof, and a phosphorus-containing ligand, from a reaction solution by a membrane separation that results in the homogeneous catalyst system becoming depleted in the resulting permeate stream and enriched in the resulting retentate stream, wherein at least one component of the homogeneous catalyst system contains at least one basic functional group, characterized in that the reaction solution prior to the membrane separation contains an acid in an amount of ≥ 0.1% by weight, preferably in an amount of ≥ 0.1% by weight and < 5% by weight, based on the total weight of the mixture. the reaction solution prior to the membrane separation contains an acid in an amount of ≥ 0.1% by weight, preferably in an amount of ≥ 0.1% by weight and < 5% by weight, based on the total weight of the mixture.
An earphone, comprising: a plurality of audio cables, each having an audio terminal; and an audio jack adapted to be coupled with the audio terminal; characterized by the audio terminal defining at least one anchoring hole, the audio jack having at least a latch adapted to pair with the at least one anchoring hole, the latch including a stop protrusion and a spring element, the spring element including a first end and a second end, the first end being contacted to the audio jack, the second end being connected to the stop protrusion, the stop protrusion being able to be received by said at least one anchoring hole of the audio jack upon while said audio terminal is coupled with said audio jack. a plurality of audio cables, each having an audio terminal; and an audio jack adapted to be coupled with the audio terminal; characterized by the audio terminal defining at least one anchoring hole, the audio jack having at least a latch adapted to pair with the at least one anchoring hole, the latch including a stop protrusion and a spring element, the spring element including a first end and a second end, the first end being contacted to the audio jack, the second end being connected to the stop protrusion, the stop protrusion being able to be received by said at least one anchoring hole of the audio jack upon while said audio terminal is coupled with said audio jack.
An endoscope system, comprising an object lens module, a relay module, an eye lens module, an optical interface light path module, and a digital ultra-high-definition camera, which are sequentially arranged along a light path direction, wherein the endoscope system is, according to an overall and integrated optimized resolution design, configured to project an image of an object at viewing distance formed by the object lens module to the optical interface light path module in a form of non-parallel light/divergent light after passing through the relay module and the eye lens module, and then to image it to a sensor plane of the digital ultra-high-definition camera.
Method for preparing 2-hydroxy-4-(methylthio)butyronitrile (MMP-CN), comprising a step B, in which a gas mixture comprising hydrogen cyanide and ammonia is brought into contact with 3-methylmercaptopropionaldehyde and a product mixture comprising 2-hydroxy-4-(methylthio)butyronitrile (MMP-CN) is thereby obtained.
Steering control system for operating a steering system for a motor vehicle in accordance with a steering intervention command by way of provision of a steering intervention variable, comprising: - a plurality of computing units which are configured in each case for the redundant calculation of an actuating variable in accordance with a predefined calculation algorithm in a manner which is dependent on the steering intervention command and one or more operating state variables; - a switchover device, in order to always provide one of the actuating variables of the computing units as the steering intervention variable to the steering system; and - a monitoring device which is configured so as to check the functional capability of the plurality of computing units, the switchover device being actuated in a manner which is dependent on the result of the check, characterized in that the monitoring device is configured to check the functional capability of the plurality of computing units by the plausibility of the actuating variables which are calculated by the computing units being checked, and by a check being carried out as to whether the respective actuating variable exceeds a predefined maximum value or lies outside a permissible range, the maximum value and the permissible range being determined in a manner which is dependent on the one or the plurality of operating state variables and/or the steering intervention command. - a plurality of computing units which are configured in each case for the redundant calculation of an actuating variable in accordance with a predefined calculation algorithm in a manner which is dependent on the steering intervention command and one or more operating state variables; - a switchover device, in order to always provide one of the actuating variables of the computing units as the steering intervention variable to the steering system; and - a monitoring device which is configured so as to check the functional capability of the plurality of computing units, the switchover device being actuated in a manner which is dependent on the result of the check,
A cytological staining solution consisting of about 0.5 g/L to about 5.0 g/L of Eosin Y; about 5 mM to about 250 mM bis-tris buffer; about 0.5 mL/L to about 2.0 mL/L polysorbate 20; about one g/L to about 20 g/L sodium chloride; about five mL/L to about 50 mL/L ethylene glycol; about 0.2 ppm to about 50 ppm of an antimicrobial agent; acetic acid; and water, wherein the solution has a pH of from 5.8 to 6.2 about 0.5 g/L to about 5.0 g/L of Eosin Y; about 5 mM to about 250 mM bis-tris buffer; about 0.5 mL/L to about 2.0 mL/L polysorbate 20; about one g/L to about 20 g/L sodium chloride; about five mL/L to about 50 mL/L ethylene glycol; about 0.2 ppm to about 50 ppm of an antimicrobial agent; acetic acid; and water, wherein the solution has a pH of from 5.8 to 6.2
A device comprising: a memory; and processing circuitry interoperable with the memory and configured to: store, in a first location, at least one instance of a content item for distribution via a social network; determine a level of demand for the content item, the level of demand determined, at least in part, based on a frequency at which access to the content item is requested by members of the social network; in response to determining that the projected level of demand for the content item is high, transcode the at least one instance of the content item to a high-quality format; and in response to determining that the projected level of demand for the content item is low, transcode at least one additional instance of the content item to a low-quality format; distribute the at least one additional instance of the content item to at least a second location in response to the level of demand exceeding a first threshold level; and in response to the level of demand falling below a second threshold, remove the additional instance of the content item from the at least a second location. a memory; and processing circuitry interoperable with the memory and configured to: store, in a first location, at least one instance of a content item for distribution via a social network; determine a level of demand for the content item, the level of demand determined, at least in part, based on a frequency at which access to the content item is requested by members of the social network; in response to determining that the projected level of demand for the content item is high, transcode the at least one instance of the content item to a high-quality format; and in response to determining that the projected level of demand for the content item is low, transcode at least one additional instance of the content item to a low-quality format; store, in a first location, at least one instance of a content item for distribution via a social network; determine a level of demand for the content item, the level of demand determined, at least in part, based on a frequency at which access to the content item is requested by members of the social network; in response to determining that the projected level of demand for the content item is high, transcode the at least one instance of the content item to a high-quality format; and in response to determining that the projected level of demand for the content item is low, transcode at least one additional instance of the content item to a low-quality format;
Motion control apparatus comprising, in combination: a mounting plate having an annular shape and having first and second, parallel, axially spaced planar faces; a bearing including rotational elements located between first and second races, with the first race connected to the first face of the mounting plate; a dial plate, with the second race connected to the dial plate; an annular gear connected to the second race intermediate the mounting plate and the dial plate; characterized by a pinion in direct gearing arrangement with the annular gear; and a motor including an output, with the pinion connected to the output without other types of torque transmission devices between the output and the motor and between the output and the pinion, wherein the mounting plate includes a mounting tab extending radially outwardly from the annular shape and including a through passage extending between the first and second planar faces, with the motor connected to the second face, with the output extending through the through passage.
Authorization system for vehicles, which has at least one authentication element for capturing a movement, vibration and/or inclination and an apparatus for producing a movement, vibration and/or inclination, - wherein the authentication element, in particular a key or a Keyless-Go means for a vehicle, for example an automobile, has the following: • a radio interface for transmitting and receiving an authentication signal, and • a sensor element for capturing a movement, vibration and/or inclination, - wherein the apparatus is arranged on the vehicle side, in particular in or on an automobile, and - wherein the apparatus has the following: • at least one actuator (11a, 11b, 11c, 11d) for producing a movement, vibration and/or inclination, and • a radio device for transmitting and receiving an authentication signal, • wherein the at least one actuator (11a, 11b, 11c, 11d) is arranged on a transmission means, in particular on a vehicle, in order to produce an authentication signal by a movement, vibration and/or inclination and to transmit it to the authentication element. - wherein the authentication element, in particular a key or a Keyless-Go means for a vehicle, for example an automobile, has the following: • a radio interface for transmitting and receiving an authentication signal, and • a sensor element for capturing a movement, vibration and/or inclination, • a radio interface for transmitting and receiving an authentication signal, and • a sensor element for capturing a movement, vibration and/or inclination, - wherein the apparatus is arranged on the vehicle side, in particular in or on an automobile, and - wherein the apparatus has the following: • at least one actuator (11a, 11b, 11c, 11d) for producing a movement, vibration and/or inclination, and • a radio device for transmitting and receiving an authentication signal, • wherein the at least one actuator (11a, 11b, 11c, 11d) is arranged on a transmission means, in particular on a vehicle, in order to produce an authentication signal by a movement, vibration and/or inclination and to transmit it to the authentication element. • at least one actuator (11a, 11b, 11c, 11d) for producing a movement, vibration and/or inclination, and • a radio device for transmitting and receiving an authentication signal, • wherein the at least one actuator (11a, 11b, 11c, 11d) is arranged on a transmission means, in particular on a vehicle, in order to produce an authentication signal by a movement, vibration and/or inclination and to transmit it to the authentication element.
A pier hatch control system for separating a bonded zone and an unbonded zone from each other in broad areas accessible to public and in cruise ports comprising; - A hatch comprising: • steel construction profiles, • plates of concrete coating on the steel construction profiles, wherein the hatch is located in parallel to the ground thus raising upward from one surface on the ground so that the hatch creates a barrier between the bonded zone and the unbonded zone by means of opening in way of raising upward on the ground, - An actuator provided inside of the hatch and providing opening-closing of the hatch by means of rotation motion, - A hydraulic power unit connected to the actuator and providing power transmission to the actuator, - A control center connected to the hydraulic power unit and sending command to the hydraulic power unit to provide opening-closing of the hatch. - A hatch comprising: • steel construction profiles, • plates of concrete coating on the steel construction profiles, wherein the hatch is located in parallel to the ground thus raising upward from one surface on the ground so that the hatch creates a barrier between the bonded zone and the unbonded zone by means of opening in way of raising upward on the ground, • steel construction profiles, • plates of concrete coating on the steel construction profiles, wherein the hatch is located in parallel to the ground thus raising upward from one surface on the ground so that the hatch creates a barrier between the bonded zone and the unbonded zone by means of opening in way of raising upward on the ground, - An actuator provided inside of the hatch and providing opening-closing of the hatch by means of rotation motion, - A hydraulic power unit connected to the actuator and providing power transmission to the actuator, - A control center connected to the hydraulic power unit and sending command to the hydraulic power unit to provide opening-closing of the hatch.
A reproducing apparatus, comprising: data acquiring means for acquiring video data, a program for reproducing the video data and program management information for controlling execution of the program, the program management information comprising certificate data and video data information including a filename specifying the video data to be reproduced; a video reproducing section for reproducing the video data and extracting public key data from the video data; and program executing means for executing the program, wherein upon an interruption carried out by the video reproducing section, a general control means acquires the video data information and the public key data, extracts the certificate data from the program management information, wherein the certificate data corresponds to the video data specified by the filename and from which the public key data has been extracted, and verifies if the program is allowed to reproduce the video data, using the video data information, the public key data and the certificate data. data acquiring means for acquiring video data, a program for reproducing the video data and program management information for controlling execution of the program, the program management information comprising certificate data and video data information including a filename specifying the video data to be reproduced; a video reproducing section for reproducing the video data and extracting public key data from the video data; and program executing means for executing the program, wherein upon an interruption carried out by the video reproducing section, a general control means acquires the video data information and the public key data, extracts the certificate data from the program management information, wherein the certificate data corresponds to the video data specified by the filename and from which the public key data has been extracted, and verifies if the program is allowed to reproduce the video data, using the video data information, the public key data and the certificate data.
An air treatment apparatus comprising: a housing defining an air flow path between an inlet and an outlet; an air flow impeller arranged for inducing a flow of air through said air flow path; and an electrode assembly suspended within the air flow path and orientated transverse to the induced air flow path; wherein the electrode assembly is configured such that air is forced into the apparatus via the inlet, forced around the electrode assembly and expelled through the outlet whereby the air is passed over and under the electrode assembly and not passed through the electrode assembly; wherein the electrode assembly is configured to operate at a power density less than 1 W/cm 2 to operably generate a plasma discharge circumferentially about a longitudinal axis of the electrode assembly and within which particles or constituents of air within the induced air flow will be exposed to the plasma. a housing defining an air flow path between an inlet and an outlet; an air flow impeller arranged for inducing a flow of air through said air flow path; and an electrode assembly suspended within the air flow path and orientated transverse to the induced air flow path; wherein the electrode assembly is configured such that air is forced into the apparatus via the inlet, forced around the electrode assembly and expelled through the outlet whereby the air is passed over and under the electrode assembly and not passed through the electrode assembly; wherein the electrode assembly is configured to operate at a power density less than 1 W/cm 2 to operably generate a plasma discharge circumferentially about a longitudinal axis of the electrode assembly and within which particles or constituents of air within the induced air flow will be exposed to the plasma.
A method for power headroom reporting of New Radio-New Radio, NR-NR, Dual Connectivity, comprising: receiving, by a terminal device, a Radio Resource Control, RRC, signaling from a network device; wherein an information element, IE, of the RRC signaling comprises a transmit power limit of the terminal device in a cell group; wherein the transmit power limit is used for obtaining a power headroom report based on a first configured maximum transmit power that is determined based on the transmit power limit of the terminal device in the cell group; determining, by the terminal device, according to a preset rule, to obtain the power headroom report based on a second configured maximum transmit power of the terminal device in the cell group when uplink transmission of the terminal device on the cell group does not overlap with a semi-statically configured uplink or flexible symbol of another cell group, or when uplink transmission of the terminal device on the cell group does not overlap with uplink transmission on the another cell group, wherein the transmit power limit of the terminal device in the cell group is not taken into account when the second configured maximum transmit power is calculated, wherein the cell group comprises a Master Cell Group, or a Secondary Cell Group; and reporting, by the terminal device, the power headroom report; wherein the power headroom report comprises a second power headroom and the second configured maximum transmit power, the second power headroom is obtained based on the second configured maximum transmit power. receiving, by a terminal device, a Radio Resource Control, RRC, signaling from a network device; wherein an information element, IE, of the RRC signaling comprises a transmit power limit of the terminal device in a cell group; wherein the transmit power limit is used for obtaining a power headroom report based on a first configured maximum transmit power that is determined based on the transmit power limit of the terminal device in the cell group; determining, by the terminal device, according to a preset rule, to obtain the power headroom report based on a second configured maximum transmit power of the terminal device in the cell group when uplink transmission of the terminal device on the cell group does not overlap with a semi-statically configured uplink or flexible symbol of another cell group, or when uplink transmission of the terminal device on the cell group does not overlap with uplink transmission on the another cell group, wherein the transmit power limit of the terminal device in the cell group is not taken into account when the second configured maximum transmit power is calculated, wherein the cell group comprises a Master Cell Group, or a Secondary Cell Group; and reporting, by the terminal device, the power headroom report; wherein the power headroom report comprises a second power headroom and the second configured maximum transmit power, the second power headroom is obtained based on the second configured maximum transmit power.