26
FURTHER INFORMATION
更多信息
Room temperature: about 5
℃
~
35
℃
(dew-point temperature: 2
℃
or above)
室内温度:约
5
℃
~
35
℃
(露点温度:
2
℃
以上)
Relative humidity: about 30%
~
85%
相对湿度:约
30
%
~
85
%
Conditions for nanoe
TM
X generation
nanoe
TM
X
产生的环境条件。
nanoe
TM
X is generated by using the air in the room. Therefore, due to the differences in
temperature and humidity nanoe
TM
X may not be generated stably.
When nanoe
TM
X is generated, small amount of ozone will be released. However, the quantity will be
far less than the level in natural environment such as forest, and not be harmful to human beings.
产生
nanoe
TM
X
的同时,也会产生微量臭氧。但其产生量远远不及自然森林存在的臭氧量,不会对人体造成伤害。
During operation, press and buttons at the same time for about 3 seconds to
switch off. (nanoe
TM
X indicator lights off)
Please press the buttons for about 3 seconds again to restart the nanoe
TM
X.
在产品运转状态下,同时按下 和 按钮约
3
秒即可关闭。(
nanoe
TM
X
指示灯熄灭)
再次按下约
3
秒,可重新开启
nanoe
TM
X
功能。
nanoe
TM
X can be switched off.
nanoe
TM
X
功能可关闭。
About nanoe
TM
X
关于
nanoe
TM
X
Super Allergy-buster: inhibits the activity of allergens (pollen, dead mites and feces).
抗过敏原:抑制过敏原(花粉、螨虫尸体及粪便)的活动。
The HEPA composite filter which with the Bio-sterilization and Super Allergy-buster can inhibit allergens
(pollen, dead mites and feces), bacteria and mold.
The HEPA composite filter may give off unique and harmless smell of “Green Tea Catechin”,
”Bio-sterilization” and “Super Allergy-buster”.
HEPA
多功能过滤网会散发出“绿茶儿茶素”、“生物除菌”以及“抗过敏原”特有的气味,此气味对人体无害。
About HEPA composite filter
关于
HEPA
多功能过滤网
Testing authority: Osaka Municipal Technical Research Institute
Test method: check the decrease of refined house dust mite allergen, by using enzyme immune
measuring method.
Inhibiting method: contact with Super Allergy-buster
Target: allergens trapped by the filter (mites, pollen)
Test result: inhibited 99% and above. (Daikou research report No. 2127)
利用室内空气产生,根据温度和湿度的不同,有时可能无法稳定产生。
HEPA
多功能过滤网中集成了生物除菌、抗过敏原,能够抑制过敏原(花粉、螨虫尸体及粪便)、细菌、霉菌。
检测机构:大阪市立工业研究所
检测方法:通过酶免疫测定法确认精制尘螨过敏原的降低。
去除方法:与抗过敏原接触
检测对象:过滤网收集的过敏原(螨虫、花粉)
检测结果:抑制
99%
以上
。(
大工研报第
2127
号
)