Abstract: A drum washing machine includes a driving part which includes a driving motor, a first belt wheel fixed to a rotating shaft of a drum, a second belt wheel fixed to a rotating shaft of a rotating body, a first motor belt wheel fixed to a motor shaft of the driving motor and connected to the first belt wheel via a first transmission belt, a second motor belt wheel connected to the second belt wheel via a second transmission belt, and a clutch mechanism part configured for switching from a first driving form in which the second motor belt wheel is engaged with the clutch mechanism part so that the drum and the rotating body rotate at different speeds driven by the driving motor, and a second driving form in which the motor shaft is disconnected from the second motor belt wheel.

Abstract: A drum washing machine, including: a driving part, capable of operating in a uniaxial driving form and a biaxial driving form; a heater configured to heat water stored in the outer drum for washing; and a control part which at least performs washing operation of a first washing mode and a second washing mode. In a washing process of the first washing mode, the control part enables the driving part to operate in the uniaxial driving form and also enables the heater to operate. Further, in a washing process of the second washing mode, the control part enables the driving part to operate in the biaxial driving form and also enables the heater to operate in such a manner that heat applied to the water is reduced compared with the first washing mode.

Abstract: A drum washing machine is provided. The drum washing machine includes: an outer tank arranged in a housing; a drum, which is arranged in the outer tank and capable of rotating about a horizontal shaft H; a rotating body, which is arranged at a rear part of the drum, a surface of the rotating body being provided with a projection; and a driving part, configured to drive the drum and the rotating body to coaxially rotate at different rotating speeds. The drum has a baffle arranged on an inner circumferential surface of the drum, which is used as a moving unit configured to move the washings in the drum towards the rotating body. The baffle has gathering surfaces for gathering the washings through a rotation of the drum. The gathering surfaces are inclined so that the side of the rotating body is lagged in a rotation direction of the drum.

Abstract: Disclosed is a drum washing machine including: a driving motor; a first belt wheel fixed to a rotating shaft of a drum; a second belt wheel fixed to a rotating shaft of a rotating body; a first motor belt wheel fixed to a motor shaft of the driving motor and connected with the first belt wheel via a first transmission belt; a second motor belt wheel connected with the second belt wheel via a second transmission belt; and a clutch mechanism part for switching a driving form of the driving part between a biaxial driving form in which the drum and the rotating body rotate at different rotating speeds along with rotation of the driving motor through connection of the motor shaft and the second motor belt wheel and a drum single driving form in which the motor shaft is disconnected from the second motor belt wheel.

Abstract: A drum washing machine, including: a driving part, capable of operating in a uniaxial driving form and a biaxial driving form; a heater configured to heat water stored in the outer drum for washing; and a control part which at least performs washing operation of a first washing mode and a second washing mode. In a washing process of the first washing mode, the control part enables the driving part to operate in the uniaxial driving form and also enables the heater to operate. Further, in a washing process of the second washing mode, the control part enables the driving part to operate in the biaxial driving form and also enables the heater to operate in such a manner that heat applied to the water is reduced compared with the first washing mode.

Abstract: A drum washing machine is provided. The drum washing machine includes: an outer tank arranged in a housing; a drum, which is arranged in the outer tank and capable of rotating about a horizontal shaft H; a rotating body, which is arranged at a rear part of the drum, a surface of the rotating body being provided with a projection; and a driving part, configured to drive the drum and the rotating body to coaxially rotate at different rotating speeds. The drum has a baffle arranged on an inner circumferential surface of the drum, which is used as a moving unit configured to move the washings in the drum towards the rotating body. The baffle has gathering surfaces for gathering the washings through a rotation of the drum. The gathering surfaces are inclined so that the side of the rotating body is lagged in a rotation direction of the drum.

Abstract: An automatic bread making apparatus comprises a housing, a baking container disposed in the housing and being provided with an opening and a source of heat, a kneading container which is detachably mounted in the baking container, a lid assembly for covering the kneading container, a kneading blade which is movably disposed in the kneading container, a motor for operating the blade to form the dough, means for detecting temperature in the kneading container, a yeast charger and a control unit for operating the apparatus. This apparatus provides for the automatic addition of yeast to the kneaded dough without manual intervention.

Abstract: A controlling apparatus controls a series of processes such as a kneading process, a fermenting process, a breathing process and a baking process of material within a bread baking mold based on the temperature of the bread baking mold detected within the baking chamber. The controlling apparatus controls a series of process of at least two types or more and is adapted to select either of the subsequent series of processes in accordance with one temperature input or two temperature inputs each respectively sensed at the kneading start time-point, during the kneading process, or at the kneading completion time-point. Fresh-baked bread which is superior may be provided independent from the changing influences of the seasons or of the material temperatures.