除湿机;DEHUMIDIFIER

摘要

获致除湿机，其因应使用的周围状况执行适当的除湿控制。;为了解决该课题，除湿机构成为包括：壳体；送风手段，其将室内空气吸入该壳体内并向外部吹出；除湿手段，从吸入该壳体内的室内空气去除湿气；测定该室内空气的温度的空气温度检出手段；风向可变手段，在将由该除湿手段去除湿气后的乾燥空气吹出到该壳体外部时，使该乾燥空气的风向可改变；表面温度检出手段，其检出位于该乾燥空气的吹出方向之部位的表面温度；控制手段，其控制上述各手段。该控制手段，将该风向可变手段可送风的范围分隔为复数区块，并藉由该表面温度检出手段针对各区块检出该表面温度，求出该室内空气的温度和该表面温度的温度差将该温度差和既定的第1判断温度比较，藉此判断乾燥对象物是否位于该区块中。;To solve the problem, the dehumidifier includes an enclosure; air blowing means for taking room air into the enclosure and blowing out the air to outside; dehumidification means for removing moisture from the room air taken into the enclosure; air temperature detection means for measuring the temperature of the room air; wind direction changing means for changing the blowing direction of dry air from which moisture has been removed by the dehumidification means in blowing out the dry air to outside the enclosure; surface temperature detection means for detecting the surface temperature of an area positioned in the direction in which the dry air is blown out; and control means for controlling each of the means. The control means divides a region to which air blowing can be performed by the wind direction changing means into a plurality of blocks, detects a surface temperature for each block through the use of the surface temperature detection means, finds a temperature difference between the temperature of the room air and the surface temperature, and makes a comparison between the temperature difference and a prescribed first determination temperature, thereby determining whether an object to be dried is present in a pertinent block.