求められる品質を知る
発生する不良を予測する
不良を検出する方法を決める
検出に必要なツールを選ぶ
良否判定基準を決める
検査頻度を決める
検査要領を決める
検査基準書を作る
ブラウンはロードアイランド州の生まれで、若いときから工場で機械技術を学び、１８３３年父に呼び戻されて、時計の生産を始めるようになる。
時計生産に当たっては、当時のどの機械よりも要求される精度が高かった。
水冷式エンジンのほぼ全てに用いられるヒーターでエンジン冷却水の熱を用いて熱交換を行う。
外気導入
内気導入
エンジン冷却水
Rating
63
Translation / English
- Posted at 10 Mar 2015 at 19:45
Learn about the quality
Predict the possible defects
Decide a method for detecting defects
Choose the necessary tools for detection
Choose the criterion for quality
Choose the frequency of inspection
Choose the points of inspection
Create inspection criterion form
Mr. Brown was born in Rhode Island and studied machines at various factories from an early age. In 1833 his father asked him to return home and he began manufacturing clocks.
Clock manufacturing required more precision than any other machines at the time.
Almost all water-cooled engines facilitate heat exchange by utilising heat from engine coolant produced from within their heater.
Leading in outside air
Leading in inner air
Engine coolant
755h likes this translation
Predict the possible defects
Decide a method for detecting defects
Choose the necessary tools for detection
Choose the criterion for quality
Choose the frequency of inspection
Choose the points of inspection
Create inspection criterion form
Mr. Brown was born in Rhode Island and studied machines at various factories from an early age. In 1833 his father asked him to return home and he began manufacturing clocks.
Clock manufacturing required more precision than any other machines at the time.
Almost all water-cooled engines facilitate heat exchange by utilising heat from engine coolant produced from within their heater.
Leading in outside air
Leading in inner air
Engine coolant
Rating
52
Translation / English
- Posted at 10 Mar 2015 at 19:22
Know the qualities required
Predict defects
Decide on how to detect defects
Choose the necessary detection tools
Determine the pass/fail criteria
Determine inspection frequency
Determine inspection guidelines
Set inspection standards
Brown was born in Rhode Island and learned machine technology at the plant when he was young. He was recalled by his father in 1833 to begin watch productions.
Watch product required higher precision than any other machine at that time.
Heat exchange is conducted using engine cooling water via the heater, which is used in almost all cooling engines.
Fresh air introduction
Inner air introduction
Engine cooling water
755h likes this translation
Predict defects
Decide on how to detect defects
Choose the necessary detection tools
Determine the pass/fail criteria
Determine inspection frequency
Determine inspection guidelines
Set inspection standards
Brown was born in Rhode Island and learned machine technology at the plant when he was young. He was recalled by his father in 1833 to begin watch productions.
Watch product required higher precision than any other machine at that time.
Heat exchange is conducted using engine cooling water via the heater, which is used in almost all cooling engines.
Fresh air introduction
Inner air introduction
Engine cooling water
ありがとうございました