Abstract: A vehicle and a control method thereof are provided to predict a behavior of a driver and a pedestrian and control the vehicle based on the predicted behavior of the driver and the pedestrian. The vehicle includes a capturer configured to capture an image around the vehicle; a behavior predictor configured to obtain joint image information corresponding to the joint motions of a pedestrian based on the captured image around the vehicle, predict behavior change of the pedestrian based on the joint image information, and determine the possibility of collision with the pedestrian based on the behavior change; and a vehicle controller configured to control at least one of stopping, decelerating and lane changing of the vehicle so as to avoid collision with the pedestrian when there is a possibility of collision with the pedestrian.

Abstract: A vehicle includes an image sensor configured to acquire a surrounding image; a sensor configured to detect at least one of a vehicle state or a surrounding condition of the vehicle; an external display disposed on an outer side of the vehicle; and a controller configured to identify whether a predetermined situation occurs based on at least one of the acquired surrounding image or an output value of the sensor, and configured to control at least one of a flicker frequency or a flicker pattern of the external display to display information on the occurring situation when the predetermined situation occurs.

Abstract: A vehicle including a transmission apparatus is provided to distinguish a difference between an automatic shifting operation and a manual shifting operation. The vehicle includes a shift lever that is configured to receive a gear shift command and a transmission apparatus that is configured to perform a gear shifting operation according to the gear shift command received by the shift lever. The shift lever is rotatable to one side and is configured to receive an automatic gear shift command in a laid-down state and to receive a manual shift command in a standing state.

Abstract: An apparatus includes: a storage configured to store a data structure including first one or more feature points hierarchically listed and a contribution list including information about a contribution rank of each of second one or more feature points; and a controller configured to compare the first one or more feature points in the data structure with the second one or more feature points of the contribution list, and to determine whether to update the data structure based on a comparison result.

Abstract: a vehicle includes: a sensor configured to sense a condition of a user using at least one sensor, a storage configured to store information on a relationship between the sensor and an emotional factor and feedback information for the user with regard to the emotional factor, and a controller configured to acquire information on the current emotional condition of the user based on values measured by the sensor and control a feedback device provided in the vehicle so that the current emotional condition of the user reaches a target emotion.

Abstract: An emotion mapping apparatus includes: a detector configured to sense a user's emotion state using at least one sensor; a storage in which information about a relationship between the at least one sensor and an emotion factor is stored; and a controller configured to acquire information about the user's emotion state based on a relevance that exceeds a preset reference value among user's emotion state values measured by the at least one sensor, and generates an emotion map in which information about the user's emotion state is classified according to a first emotion axis corresponding to a degree of positive and a second axis corresponding to a degree of excitability.

Abstract: A bathroom management apparatus includes a case including a air discharge port for the discharge of air, a discharge vane for opening and closing the air discharge port, and a hanger coupled to the case and including a hanger part, wherein a front end of the discharge vane is positioned behind and under the air discharge port when the air discharge port is opened, wherein the hanger part is positioned between a first tangential line and a first straight line, which define a predetermined angle with respect to each other, and wherein the predetermined angle is an angle between a second tangential line extending along a rear inner surface of the second air discharge port and a second straight line extending through a lower rear end of the second air discharge port and a front end of the opened discharge vane.

Abstract: The present disclosure relates a dyer that includes a front case including a first opening surrounded by an air guide that protrudes forward and a plurality of exhaust holes formed around the first opening, a rear case coupled to the front case and including a second opening surrounded by a housing guide protrudes backward, the second opening overlapping the first opening, a fan housing that is coupled to the first and second openings, is moveable in forward and backward directions along the air guide and the housing guide, and includes a blast fan therein, and a heater that is formed on the fan housing and heats and ejects wind generated by the blast fan, and a direction of the wind ejected from the heater is changed depending on forward and backward movement of the fan housing.

Abstract: A data classification apparatus capable of quickly determining an emotion of a driver includes an input device in which a target emotion and an accuracy expectation value of the target emotion are inputted, and a controller rearranging a pre-stored data structure based on the target emotion and the accuracy expectation value of the target emotion, wherein the controller rearranges the data structure so that an accuracy value of the target emotion is secured as much as the accuracy expectation value.

Abstract: An apparatus includes: a storage configured to store a data structure including first one or more feature points hierarchically listed and a contribution list including information about a contribution rank of each of second one or more feature points; and a controller configured to compare the first one or more feature points in the data structure with the second one or more feature points of the contribution list, and to determine whether to update the data structure based on a comparison result.

Abstract: Disclosed is a washstand including a drying module. The washstand includes a water supply valve, a washing bowl concavely formed to accommodate therein water supplied from the water supply valve and having a washstand slit formed in one side surface of an upper portion thereof, and an air-conditioning module including a fan configured to blow air toward the washing bowl through the washstand slit.

Abstract: A washstand may include a wash device that includes a wash bowl, a water supply assembly that supplies water to the wash bowl, and a drainage assembly that drains the water supplied to the wash bowl. The washstand may further include an inner cabinet disposed under the wash bowl, an outer cabinet provided to cover an outside of the inner cabinet, and a frame for fastening the inner cabinet and the outer cabinet and for supporting a load of the wash device.

Abstract: The present disclosure provides an electronic automatic transmission system which is able to be operated by a driver. The electronic automatic transmission system may include: an operating wheel configured to select a shift mode; a holder configured to support the operating wheel, wherein the operating wheel is configured to change the shift mode by rotating the operating wheel or pressing the operating wheel in a radial direction of the operating wheel, and to return to an original state after changing the shift mode.

Abstract: A vehicle including a transmission apparatus is provided to distinguish a difference between an automatic shifting operation and a manual shifting operation. The vehicle includes a shift lever that is configured to receive a gear shift command and a transmission apparatus that is configured to perform a gear shifting operation according to the gear shift command received by the shift lever. The shift lever is rotatable to one side and is configured to receive an automatic gear shift command in a laid-down state and to receive a manual shift command in a standing state.

Abstract: A washing machine having a plurality of tubs includes a cabinet having a first tub disposed therein, a first door, having a second tub disposed therein, to open and close a laundry introduction opening formed at the cabinet, a second door to open and close a laundry introduction opening of the second tub, a first water supply part and a second water supply part to supply washing water to inside of the first tub and the second tub, respectively, and a first water discharge part and a second water discharge part to discharge washing water from the first tub and the second tub, respectively. This configuration allows a washing process to be performed at a plurality of spaces.

Abstract: A transmission apparatus for a vehicle includes a shift lever in which a cover is movably disposed. The transmission apparatus, which performs a gear shift according to a gear shift command received by the shift lever, includes a bottom portion capable of moving linearly so that gear shift stages including a first gear shift stage and a plurality of second gear shift stages are mutually shifted, a body rotatably coupled to an upper side of the bottom portion so that the plurality of second gear shift stages are mutually shifted, and a cover movably disposed on an upper end of the body so that a position of the cover is varied according to the mutual shift of the gear shift stages.

Abstract: A vehicle configured to receive an input of a shift command corresponding to a change in position of a vehicle accessory seated in a shift command input portion and a control method for the same, may include a vehicle accessory; a shift command input portion in which the vehicle accessory is configured to be seated and which receives an input of a shift command corresponding to a change in position of the seated vehicle accessory; a shift device configured to change a shift range; and a controller configured to control the shift device to change the shift range in accordance with the shift command input by the shift command input portion.

Abstract: A vehicle includes a transmission lever for receiving a change speed command and including a knob, and a transmission apparatus for changing a speed of the vehicle according to the change speed command received by the transmission lever, wherein the transmission lever is located at any one gear position among a reverse (R) gear position, a neutral (N) gear position and a driving (D) gear position, and a shape of the knob is changed according to the gear position at which the transmission lever is located.

Abstract: A vehicle displays a result of monitoring whether a loaded condition is abnormal based on a lining wear condition of a brake. The vehicle includes a lining wear condition detector to detect the lining wear condition of the brake, a load detector to detect a loaded condition, a controller to monitor whether the detected loaded condition is abnormal based on the lining wear condition, and a display to display a monitoring result.

Abstract: A washstand furniture includes a wash bowl, a water supply assembly that supplies water to the wash bowl, a drainage assembly that drains the water, and a cabinet. An inner cabinet is provided under the wash bowl. An outer cabinet covers an outside of the inner cabinet. A dryer discharges air heated by a heater into the space defined in the cabinet. A first module is provided in the space defined in the inner cabinet, and an interior of the first module is dried using the air discharged from the dryer. A second module is provided in the space defined in the inner cabinet, and an interior of the second module is dried using air discharged from the first module. An external connection channel is defined between the inner cabinet and the outer cabinet to guide the air discharged from the first module to the second module.