Research on the innovation strategy of Chinese public toilet business model based on the concept of green energy conservation and the thought of deep flow operation

发布者:张钰歆发布时间:2020-05-28浏览次数:66

Wang Chen

Shanghai University of International

Business and Economics

Shanghai China

1517920574@qq.com

 

Lian Huiyu

Shanghai University of International

Business and Economics

Shanghai China

lianhuiyu2000@163.com


Liu Feng*

Institute of Artificial Intelligence and Change Management/

Shanghai University of International Business and Economics

lsttoy@163.com


Jiang Yichen

Shanghai University of International

Business and Economics

Shanghai China

Eason_Chiang@foxmail.com


Shi Qian

Shanghai University of International

Business and Economics

Shanghai China

sq991122@163.com

 

Chen Feifei

Shanghai University of International

Business and Economics

Shanghai China

18018590201@163.com


AbstractThe public toilet is an important symbol to measure a country's civilization. Improving the condition of the public toilet is directly related to people's health and environment. This paper analyzes the current operation mode of public toilets in China. The background of the current reform of public toilets in China is analyzed through logical analysis, functional analysis and other research methods. We summarize the inadequacy of the current hardware equipment, management system, operation mode and other aspects of public toilets, and put forward a new concept of netred intelligent environmental protection public toilets based on the deep flow operation thinking. It aims to provide a new business model of keeping toilets by toilets for the reform and operation of public toilets in China and a theoretical basis for the improvement of public toilets.

 

Keywords- reform of public toilets,  deep flow operation,   energy saving and environmental protection,   business model

 Research on the innovation strategy of Chinese public toilet business model based on the concept of green energy conservation and the thought of deep flow operation.pdf