Lg Electronics Inc.

Jindong Kim

Jihyun Im

Hyunbum Kim

Myunghwan Kim

Myoungju Kang

Yoomin Park

Sungwoo Choi

Sunghee Kang

Jisu Park

Yonghyeon Cho

Namgyo Lee

Moongyo Jung

Gyeongjin Jang

Jaeyoul Lee

Ayoung Choo

Hosan Kim

Nami Kim

Raeyoung Park

Sanggyun Lee

Namsoo Cho

Jinhong Kim

Sunghun Lee

Junghun Kim

Jeongwon Park

Youmin Lee

Yoonseong Nam

Namgi Lee

Youngseung Song

Hyuksoon Kim

Taehwa Hong

Hyeryeong Kim

A dishwasher uses washing water containing microbubbles. The dishwasher includes a flow path forming rib that defines a washing water flow path inside an upper body and a lower body of a spray arm. The dishwasher further includes a fusion rib for fusion coupling the upper body and the lower body to effectively secure a flow path structure and simplify a fastening structure.

Dishwasher

A refrigerator including a housing mounted at a rear surface of a door to define a storage space of food, a basket disposed inside the housing, a duct extending to the housing from one side of an evaporator to supply cold air generated by the evaporator into the storage space of the housing, and a fan assembly coupled to the duct to allow the cold air to be forcibly supplied.

Refrigerator

A control method for controlling a refrigerator includes a first step for driving a compressor for compressing a refrigerant and a fan for moving air, a second step for driving the compressor and stopping the fan, a third step for stopping the compressor and driving the fan, and a fourth step for stopping the compressor and the fan.

Refrigerator and control method therefor

Disclosed is a refrigerator. The refrigerator includes a cabinet having a storage compartment, an inner case () configured to define an external appearance of the storage compartment, a first door pivotably installed to the cabinet, the first door being configured to open or close one side of the storage compartment, a second door pivotably installed to the cabinet, the second door being configured to open or close a remaining side of the storage compartment, the second door having a pillar () configured to be rotated so as to come into contact with the first door, and a transfer member () provided inside the inner case () so as to guide rotation of the pillar () by detecting rotation of the second door, and the pillar () is spaced apart from both a top wall of the inner case and a bottom wall of the inner case () so as not to come into contact with the inner case () in a state in which the second door seals the storage compartment.

A method of controlling a refrigerator includes operating a cool air supply to output cool air for cooling a storage compartment, obtaining a result value based on a temperature value sensed by a temperature sensor during a first reference time interval, obtaining a plurality of result values during a second reference time interval, determining a representative temperature of the storage compartment among the obtained plurality of result values, determining an output of the cool air supply based on the representative temperature, and operating the cool air supply at the determined output.

Refrigerator and method for controlling the same

A control method for a refrigerator comprises driving a first cooling fan to cool a first storage chamber; adjusting a damper to cause cold air to simultaneously flow through first and second cold-air passages; adjusting a damper to reduce the opening angle of the first cold-air passage, when the temperature of a high-temperature chamber reaches a value smaller than or equal to a second reference temperature for the high-temperature chamber; adjusting a damper to reduce the opening angle of the second cold-air passage, when the temperature of a low-temperature chamber reaches a value smaller than or equal to a second reference temperature for the low-temperature chamber; and driving a second cooling fan to cool a second storage chamber. When a predetermined time elapses or the sensed temperature of the high-temperature chamber reaches a first set temperature, the damper is adjusted to increase the opening angle of the first cold-air passage.

Control method for refrigerator

A control method for a refrigerator comprises: sensing a temperature of a first storage chamber; increasing an output of a first cooling fan if the temperature reaches a value greater than or equal to a second reference temperature; reducing the output of the first cooling fan if the temperature reaches a value less than or equal to a first reference temperature; increasing the output of the first cooling fan if a first reference time has passed after the temperature has reached the value or if the temperature reaches a first setting temperature between the first reference temperature and the second reference temperature; and reducing the output of the first cooling fan if a second reference time has passed after the output of the first cooling fan has been changed, or if the temperature reaches a preset second setting temperature between the first setting temperature and the first reference temperature.

Disclosed is a refrigerator. The refrigerator includes a cabinet () configured to define a first storage region in which food is stored, a door () rotatably connected to a first rotating shaft via a first hinge member () to open or close the first storage region, the first rotating shaft being located at the front of the cabinet (), a gasket provided at the door () and a container () configured to define a second storage region, the second storage region being received in the first storage region, the container () being rotatably connected to a second rotating shaft via a second hinge member (), the second rotating shaft being located at the door ().

A control method for a refrigerator comprises: decreasing an output of at least one of a cold air supply means for a first storage chamber or stopping the cold air supply means, if a sensed temperature of the first storage chamber reaches a value less than or equal to a second reference temperature; increasing the output, if a certain time has passed after the temperature has reached the value less than or equal to the second reference temperature, or if the temperature reaches a first specific value between a first reference temperature and the second reference temperature; and decreasing the output or stopping the cold air supply means, if a certain time has passed after the output of the air supply means has been changed in a previous step, or if the temperature reaches a preset second specific value between the first specific value and the second reference temperature.

Growing community of inventors

Seoul, South Korea

Jindong Kim