Abstract: A garment management device including a management chamber; a blowing device to generate airflow in the management chamber; a garment storage box, accommodatable in the management chamber, including a case, garment shelf, ventilation module to circulate air through the garment storage box, and sensor module to detect humidity inside the garment storage box; and at least one processor to detect whether the garment storage box is in the management chamber, and, when the garment storage box is detected in the management chamber, establish a communication connection with the garment storage box, operate the blowing device so that the airflow is generated in the management chamber, and operate the ventilation module so that the airflow in the management chamber is circulated through the garment storage box, detect the humidity inside the garment storage box, and, based on the detected humidity, control operation of the blowing device and the ventilation module.

Abstract: Provided are a washing machine for providing guidance about a washing and drying method and a control method for the washing machine. The washing machine receives, through an input interface, a user input of setting a desired time for washing and drying of laundry to be completed, calculates a minimum time required for the washing and drying of the laundry to be completed, based on determining that the desired time is less than the minimum time required, displays, through a display, guide information for completing the washing and drying of the laundry within the desired time, and based on a user input according to the guide information, drives washing components and drying components to wash and dry the laundry within the desired time.

Abstract: An electronic device is provided. The electronic device includes a housing including a conductive part coupled to a non-conductive, an antenna structure including a substrate disposed in an internal space of the housing and at least one antenna element disposed to form a beam pattern in a first direction in the substrate, at least one conductive dummy plate disposed between the at least one antenna element and the housing in the internal space, and a wireless communication circuit configured to transmit and/or receive a wireless signal in a specified frequency band through the at least one antenna element. The antenna structure is disposed at a position at least partially overlapped with the non-conductive part, and the at least one conductive dummy plate is disposed at a position at least partially overlapped with the at least one antenna element, when the housing is viewed from the outside of the electronic device.

Abstract: A variable intake system may include an air duct that guides intake air into an engine and a variable valve having a variable opening degree, to adjust an amount of the intake air, wherein the air duct includes a first inlet and a second inlet that may be opened to an outside, wherein the air duct has a first flow path having one end connected with the first inlet and a second flow path having one end connected with the second inlet, wherein the second flow path shares a part of the first flow path, wherein another end of the first flow path and another end of the second flow path share a same outlet, and wherein a length of the second flow path may be longer than a length of the first flow path.

Abstract: A variable intake system may include an air duct that guides intake air into an engine and a variable valve having a variable opening degree, to adjust an amount of the intake air, wherein the air duct includes a first inlet and a second inlet that may be opened to an outside, wherein the air duct has a first flow path having one end connected with the first inlet and a second flow path having one end connected with the second inlet, wherein the second flow path shares a part of the first flow path, wherein another end of the first flow path and another end of the second flow path share a same outlet, and wherein a length of the second flow path may be longer than a length of the first flow path.

Abstract: A system recognizes a check-up time of a filter of an air cleaner. The system includes a power unit that supplies power to the system, a pressure sensor that measure pressure of a filter, at an outlet connected with a filter unit, a conversion circuit that converts the measured value into a predetermined type, a processor that controls the measurement period of the pressure sensor and receives and compare the measured value converted by the conversion circuit with a predetermined reference value, and a display unit that displays a filter replacement period.

Abstract: A system recognizes a check-up time of a filter of an air cleaner. The system includes a power unit that supplies power to the system, a pressure sensor that measure pressure of a filter, at an outlet connected with a filter unit, a conversion circuit that converts the measured value into a predetermined type, a processor that controls the measurement period of the pressure sensor and receives and compare the measured value converted by the conversion circuit with a predetermined reference value, and a display unit that displays a filter replacement period.