Intelligent presetting method and system for bathroom spray head

Abstract

The invention discloses an intelligent presetting method and system for a bathroom spray head. The method comprises the following steps: respectively collecting ambient temperature, water temperature,bathroom humidity, spray head flow and user water duration through a temperature and humidity sensor, an electromagnetic flowmeter and a timer; acquiring own age, sex, height and weight data input bya user before showering; analyzing and processing according to the collected sample data, and establishing a model among user characteristics, bathroom ambient temperature, humidity, comfortable water temperature and flow; automatically presetting a decision value according to the established model and the currently acquired user data, wherein the decision value comprises appropriate water flow and temperature for the user; and adjusting the water outlet of the bathroom spray head according to the preset decision value. According to the intelligent presetting method and system for the bathroom spray head, specific and reasonable water use guidance is made for different users aiming at large-scale group water use, water use experience is optimized, the duration of showering is also relatively reduced, and especially for places with large passenger flow and centralized showering periods, the intelligent presetting method and system for the bathroom spray head have a remarkable water-saving effect.

Description

technical field [0001] The invention relates to the field of shower equipment, in particular to an intelligent preset method and system for a shower head in a bathroom. Background technique [0002] At present, there are relatively few technical researches on the measurement and optimization of shower comfort in China. As far as the existing technologies are concerned, only a test technology and system for shower comfort indicators have been proposed, but no optimal parameters are set based on the collection parameters. Optimum water temperature, flow analysis and decision-making functions; secondly, the existing collection system is aimed at the parameter collection of individual users' showering process, but for the showering process of different users in large guest room units, the collection parameters are not comprehensive enough, without considering the user's Effects of age and sex differences on optimal water temperature and flow. Contents of the invention [0003...

AI Technical Summary

Problems solved by technology

[0002] At present, there are relatively few technical researches on the measurement and optimization of shower comfort in China. As far as the existing technologies are concerned, only a test technology and system for shower comfort indicators have been proposed, but no optimal parameters are set based on the collection parameters. Optimum water temperature, flow analysis and decision-making functions; secondly, the existing collection system is aimed at the parameter collection of individual users' showering process, but for the showering process of different users in large guest room units, the collection parameters are not comprehensive enough, without considering the user's Effects of Age and Gender Differences on Optimal Water Temperature and Flow

Images