Abstract:
The present invention provides a laundry processing apparatus 100, including a case body 10, a door body 30, and a pivotal assembly 20. The case body 10 has a receiving opening 11 for laundry to enter the case body 10; the door body 30 is disposed on the case body 10, and capable of opening or closing the receiving opening 11 in an actuated manner; the pivotal assembly 20 includes a pivot 21, where the door body 30 rotates about the pivot 21 with respect to the case body 10; and in the process that the door body 30 rotates about the pivot 21 with respect to the case body 30, the pivot 21 moves with respect to the case body 10.
Abstract:
A clothes drying apparatus is provided, which includes a machine drum, having a rotary drum for accommodating clothes therein; and a condensing device, a fan, and a heating passage, connected to the machine drum to form an air circulation passage. The condensing device includes at least one drying air passage in communication with the air circulation passage, and further includes a first cooling air passage and a second cooling air passage in communication with outside air and respectively adjacent to the drying air passages. An area of the second cooling air passage adjacent to the drying air passages is larger than that of the first cooling air passage adjacent to the drying air passages. A heat exchange area of a heat exchange layer in the second cooling air passage is larger than that of a heat exchange layer in the first cooling air passage. With this structure, heat in the cooling air passages between the two drying air passages is dissipated well, and the heat exchange effect between wet hot air and outside cooling air is improved.
Abstract:
A clothes drying apparatus (10) is provided, which includes a machine drum (12), having a rotary drum (14) for accommodating clothes therein; and a condensing device (16), a fan (18), and a heating passage (20), connected to the machine drum to form an air circulation passage (22). The condensing device includes at least one drying air passage in communication with the air circulation passage, and at least one cooling air passage (2) in communication with outside air and respectively adjacent to the drying air passage, and a heat exchange layer is disposed in the cooling air passage (4). The heat exchange layer (6) in the at least one cooling air passage is at least divided into a first part (54) and a second part (56), and a heat dissipation area of the first part is larger than that of the second part. The heat exchange layer, having regions of different heat dissipation areas, may be respectively corresponding to different circulating air flows, which achieves uniform heat distribution and dissipation effect and thus improves the condensation effect.
Abstract:
The present invention relates to a laundry drying machine (1), comprising a process air circulation circuit (2, 3, 4, 6, 9, 13), a condensing device (6) disposed within the process air circulation circuit (2, 3, 4, 6, 9, 13) and comprising a condensing passage (16); a temperature detecting device (12) comprising a head portion (17) for sensing a temperature of the process air and a base portion (18) connected therewith. The temperature detecting device (12) is mounted in the process air circuit (2, 3, 4, 6, 9, 13), and at least a portion thereof is disposed below the condensing passage (16). A shield (11) is mounted above said head portion (17). Given that a shield (11) is mounted above the head portion (17) of the temperature detecting device (12), condensate flowing down through the condensing passage (16) cannot come into contact with the temperature detecting device (12), thereby ensuring the measurement precision of the temperature detecting device (12).
Abstract:
A process, device and target for making sputtered films with a plasma, wherein sputtering employs a target having a grain size less than 50 mu m and a defect concentration less than a FOM of 2000 to reduce arcing.
Abstract:
The invention relates to a household laundry drying appliance 1 comprising a process air circuit 4, 6, 10 in which process air is circulated to remove the moisture contained in laundry; and a sensor 1 1 placed in said process air circuit 4, 6, 10, said sensor 1 1 having a head portion 13 for detecting a predetermined parameter of the process air and a base portion 15 for assembly. Said head portion 13 is encapsulated in a protecting structure 12. With the protection of said protecting structure 12, said head portion 13 can be protected from water splashing thereon, and as a result, the accuracy of the sensor 11 is effectively maintained and the evaluation of the dryness of laundry taken in consideration of the detecting value of the sensor 11 becomes reliable.