Method and device for humidifying the head of a train sleeper bed
A humidification device, sleeper bed technology, applied in sleeper appliances, railway vehicle heating/cooling, transportation and packaging, etc., can solve the problems of passenger discomfort, affect the quality of passengers' rest, and small sleeper compartment space, and reduce the consumption of electric energy. , the effect of improving the quality of rest
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Embodiment 1
[0048] combine Figure 1-6 , the train sleeper bedside humidifying device of the present invention comprises a humidifying component 4, a hot air conveying component 5, an air leading component 6, an anion generating component 7, a water treatment component 8, a water adding component 9, an activation liquid filling component 10 and waste liquid recovery Components 11, from top to bottom along the height direction of the bunk partition board 1, are the first sleeper bed 2 and the second sleeper bed 3, the humidifying component 4, the hot air transmission component 5 and the air The deriving component 6, the humidifying component 7 generates water mist, the hot air transmission component 5 transmits the hot air into the humidifying component 4 to absorb the water mist, and then the air deriving component 6 connected with the humidifying component 4 will absorb the water mist The hot air is distributed along the bed bottom of the high-rise sleeper to the head of the low-rise sle...
Embodiment 2
[0061] The sleeping berth is 1.8m long, 0.6m wide, and 0.75m high. The air temperature in the compartment is 18°C, and the relative air humidity is 30%.
[0062] 1. The size and spacing of the distribution holes on the distribution board, the wind speed and temperature of the air outlet
[0063] Consult the reference book "Thermal Environment in the Car and Human Thermal Comfort" (edited by Li Baizhan, Zheng Jie, etc.) and literature (ANSI / ASHRAE Standard 55-1992. Thermal environmental conditions for human occupancy. Atlanta: American Society of Heating Refrigerating and Air-Conditioning Engineers, 1992) and (Kaczmarczyk J, Melikov A, Fanger P O. Human response to personalized ventilation and mixing ventilation. Indoor Air, 2004, 14(8): 17-29) concluded that:
[0064] The suitable air temperature for blowing to the human head is: 23-25°C.
[0065] The suitable relative humidity of the air blowing to the head of the human body is: 40% to 70%.
[0066] The suitable air velocit...
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