价值工程
價值工程
개치공정
VALUE ENGINEERING
2013年
8期
66-67
,共2页
分体式空调器%冷凝器%TRIZ%创新设计
分體式空調器%冷凝器%TRIZ%創新設計
분체식공조기%냉응기%TRIZ%창신설계
split-type air conditioners%condenser%TRIZ%innovative design
本文通过 TRIZ 理论的问题分析、IFR 法分析、资分析、功能分析、物场分析和标准解,对冷凝器装置进行局部模块化改善,来解决夏季由室外高温环境使得分体式空调冷凝器无法有效地将制冷剂循环携带的热量及时通过肋片传给室外空气,影响空调制冷效果,耗能大等问题.
本文通過 TRIZ 理論的問題分析、IFR 法分析、資分析、功能分析、物場分析和標準解,對冷凝器裝置進行跼部模塊化改善,來解決夏季由室外高溫環境使得分體式空調冷凝器無法有效地將製冷劑循環攜帶的熱量及時通過肋片傳給室外空氣,影響空調製冷效果,耗能大等問題.
본문통과 TRIZ 이론적문제분석、IFR 법분석、자분석、공능분석、물장분석화표준해,대냉응기장치진행국부모괴화개선,래해결하계유실외고온배경사득분체식공조냉응기무법유효지장제랭제순배휴대적열량급시통과륵편전급실외공기,영향공조제랭효과,모능대등문제.
This article makes module improvement for condenser equipment through TRIZ theory of problem analysis, and IFR law analysis, and resources analysis, features analysis, and real field analysis and standard solutions, for resolving the problem that as outdoor high temperature the condenser can not effectively transfer the heat carried by cycled refrigeration agent to outdoor air, and effect air conditioning refrigeration effect, energy consumption is large.
