Increase of heat stroke risk is one

Increase of heat stroke risk is one kind of damage that can result from global warming. Recently, air-conditioner use has become a heat stroke countermeasure. Studies of air-conditioner use and sleep quality have been conducted. Kubo et al.[1] conducted a questionnaire survey designed to evaluate thermal environment changes from airconditioner
use during sleep. Results show that air-conditioner use during sleep affects thermal comfort when waking up. Ishimaru et al.[2] surveyed thermal environments during sleep. They reported that air-conditioner use causes waking up during sleep by a timer function.
Sakane et al.[3] administered a questionnaire survey to Osaka City apartment residents in September 2012 to assess parameters of living environments, air-conditioner use, and sleep quality. Results revealed that the sleep quality of full time workers is affected by ‘residential heating and cooling performance’, ‘solar heat from windows’,
and the air-conditioner use frequency during the day. This study reveals relations of sleep and air-conditioner use in respondents who spent a long time at home. The study purposes are 1) extraction of the differences of relation between residential thermal performance and sleep quality by air-conditioner use, and 2) extraction of differences in distributions of responses to items according to air-conditioner use.

ผลลัพธ์ (อังกฤษ) 2:

Increase of heat stroke risk is one kind of damage that can result from global warming. Recently, air-conditioner use has become a heat stroke countermeasure. Studies of air-conditioner use and sleep quality have been conducted. Kubo et al. [1] Survey conducted a questionnaire designed to evaluate Thermal Environment Changes from airconditioner
use during Sleep. Results show that air-conditioner use during sleep affects thermal comfort when waking up. Ishimaru et al. [2] surveyed thermal environments during sleep. They reported that Air-Conditioner use causes Waking up during Sleep by a Timer function.
Sakane et al. [3] administered a questionnaire Survey to Osaka City Apartment Residents in September in 2012 to Assess Parameters of Living environments, Air-Conditioner use, and Sleep. quality. Sleep quality of the results revealed that full time is AFFECTED by Workers 'Residential Heating and cooling Performance', 'Solar heat from Windows',
and the Air-Conditioner frequency use during the Day. This study reveals relations of sleep and air-conditioner use in respondents who spent a long time at home. The study purposes are 1) extraction of the differences of relation between residential thermal performance and sleep quality by air-conditioner use, and 2) extraction of differences in distributions of responses to items according to air-conditioner use.

ผลลัพธ์ (อังกฤษ) 3:

Increase of heat stroke risk is one kind of damage that can result from global warming. Recently air-conditioner use, has. Become a heat stroke countermeasure. Studies of air-conditioner use and sleep quality have been conducted. Kubo et al 1. []. Conducted a questionnaire survey designed to evaluate thermal environment changes from airconditioner.Use during sleep. Results show that air-conditioner use during sleep affects thermal comfort when waking up. Ishimaru et. Al. [] surveyed 2 thermal environments during sleep. They reported that air-conditioner use causes waking up during sleep. By a timer function.Sakane et al. [] administered 3 a questionnaire survey to Osaka City apartment residents in September 2012 to assess parameters. Of living environments air-conditioner use, and sleep, quality. Results revealed that the sleep quality of full time workers. Is affected by "residential heating and cooling performance", "solar heat from windows",And the air-conditioner use frequency during the day. This study reveals relations of sleep and air-conditioner use in. Respondents who spent a long time at home. The study purposes are 1) extraction of the differences of relation between residential. Thermal performance and sleep quality by air-conditioner use and 2), extraction of differences in distributions of responses. To items according to air-conditioner use.