BCKIP Part mbB

Provided is a method for providing information performed by an electronic apparatus, the method including providing first biometric data of a user of a sensor, determining, subsequent to providing the first biometric data, a noise segment in the first biometric data based on a sensor sensitivity, and providing, based on the determination of the noise segment, second biometric data in which at least one value corresponding to the noise segment in the first biometric data is modified.

A bracket for fixing a radar device includes a plate extending in a planar direction to correspond to one surface of the radar device; at least one fixing protrusion integrally formed with the plate, protruding from one surface of the plate, and having a protruding end bent in one direction parallel to the planar direction; at least one deformation lever disposed in the one direction with respect to at least one of the fixing protrusions, and having one end integrally formed with the plate and other end separated from the plate; and at least one coupling panel integrally formed with the plate, extending outwards from the plate, and having a coupling hole penetrating in a direction crossing the planar direction, wherein in the deformation lever, at least a portion of the other end protrudes from the one surface of the plate when pressure is released, and the other end is moved in a direction crossing the planar direction through elastic deformation as the pressure is applied.

A turbine blade (1000) includes a blade body (1100) and a squealer tip (1200). The blade body (1100) includes a leading edge (1110), a trailing edge (1120) spaced apart from the leading edge (1110), a suction sidewall (1130) having an outwardly convex shape and connecting one end of the leading edge (1110) to one end of the trailing edge (1120), a pressure sidewall (1140) having an inwardly concave shape and connecting one end of the leading edge (1110) to one end of the trailing edge (1120), and a tip region (1150) on a top surface. The squealer tip 1200 extends upward from the tip region (1150) of the blade body (1100), and includes a first squealer tip (1210) extending upward from the suction sidewall (1130) and a second squealer tip (1220) extending upward from the pressure sidewall (1140). The first squealer tip (1210) and the second squealer tip (1220) extend to different heights. A gas turbine (100) includes a compressor (110) configured to compress air introduced from an external source; a plurality of turbine blades (1000) configured to be rotated by combustion gas generated by the combustor (120) to generate power, wherein each of the turbine blades (1000) comprises the turbine blade (1000).

A dental hybrid cloud system includes a mode controller and a dental service provider. The mode controller outputs a first mode control signal and a second mode control signal. The dental service provider operates in a first mode for providing a digital dental service using an on-premise in response to the first mode control signal, and operates in a second mode for providing the digital dental service the on-premise and in a cloud in response to the second mode control signal.

A methanol production system capable of improving methanol production efficiency is provided. The methanol production system includes a waste gas reformer configured to reform a waste gas comprising a hydrocarbon (CxHy) gas and carbon dioxide to generate a synthesis gas containing hydrogen, carbon monoxide, and carbon dioxide; a methanol production reactor including a first reaction zone containing a first catalyst, the first reaction zone configured to receive the synthesis gas and facilitate a reaction of the synthesis gas to generate methanol, and a second reaction zone containing a second catalyst, the second reaction zone configured to receive unreacted gas from the first reaction zone and facilitate a reaction of the unreacted gas to generate methanol; a first condenser configured to condense and separate methanol and water from gas discharged from the methanol production reactor; and a gas separator configured to separate a recycle gas comprising hydrogen, or a mixture of hydrogen and carbon monoxide, from gas discharged from the first condenser.

An embodiment may provide a resonant converter including: a first inverter and a second inverter connected in parallel with each other; a first resonant circuit connected to the first inverter; a second resonant circuit connected to the second inverter; a first transformer section connected to the first resonant circuit; a second transformer section connected to the second resonant circuit; a first rectifier section including a first secondary-side transformer section of the first transformer section; a second rectifier section including a second secondary-side transformer section of the second transformer section; and a relay section configured to control series or parallel connection of the first and second rectifier sections, wherein driving of switching elements in the first and second inverters and driving of the relay section are controlled on the basis of a voltage of a battery being charged.

A nozzle assembly (140), a combustor (100), and a gas turbine (10) including the same are provided. The nozzle assembly (140) may include a plurality of nozzle modules (1000) arranged in a circumferentially spaced relationship and configured to discharge fuel and compressed air into a combustion chamber (121), wherein each nozzle module (1000) includes a fuel supply tube (1100), a fuel manifold (1200) coupled to the fuel supply tube (1100), a plurality of fuel injectors (1300) disposed at a rear end of the fuel manifold (1200) in a radially spaced configuration, each fuel injector (1300) being in fluid communication with the fuel manifold (1200) and configured to mix fuel with air to discharge a fuel-air mixture, and a pilot injector (1400) disposed at a central portion of the fuel injectors (1300) and in fluid communication with the fuel manifold (1200), wherein each fuel injector (1300) includes an injector body (1310) defining a mixing passage (1311), an air inflow port (1320) defined through a side surface of the injector body (1310), and a fuel port (1330) defined in the injector body (1310) and configured to discharge fuel from the fuel manifold (1200) into the mixing passage (1311).

An embodiment may provide a resonant converter including two three-phase LLC converters, in which each of the three-phase LLC converters is divided into phases A, B, and C, primary-side transformer sections of the two three-phase LLC converters are connected in parallel, secondary-side rectifier sections of the two three-phase LLC converters are configured as full-bridge configurations for the phases A, B, and C, respectively, and diode legs of the rectifier sections are shared.

A methanol production system capable of improving methanol production efficiency is provided. The methanol production system includes a waste gas reformer configured to reform a waste gas comprising a hydrocarbon (CxHy) gas and carbon dioxide to generate synthesis gas containing hydrogen, carbon monoxide, and carbon dioxide; a methanol production reactor including a first reaction zone to which a portion of the synthesis gas is supplied to generate methanol in the presence of a first catalyst, and a second reaction zone to which a remaining portion of the synthesis gas is supplied to generate methanol in the presence of a second catalyst; a condenser configured to condense methanol and water from gas discharged from the methanol production reactor; and a gas separator configured to separate a recycle gas comprising hydrogen, or a mixture of hydrogen and carbon monoxide, from gas discharged from the condenser after methanol and water are condensed and separated.

Provided is a blood glucose data management method including identifying first blood glucose data based on a blood glucose sensor, identifying a verification dataset corresponding to the first blood glucose data, estimating whether at least a portion of the blood glucose sensor is detached from a user's body based on a comparison between a pattern corresponding to the verification dataset and a reference pattern, and suspending output of the first blood glucose data if detachment is estimated.