PROBLEM TO BE SOLVED: To provide a milking bucket reducing force of fresh milk during milking to prevent the fresh milk from foaming caused by shocks and having no risk of generating separation of a fat component.SOLUTION: A connection structure attached to the mouth portion of the milking basket is equipped with a fresh milk inlet 510, a vacuum-introducing means and an almost cylindrical fresh milk-feeding chamber 520. The fresh milk from the fresh milk inlet 510 is introduced through fresh milk introducing paths 541, 542 extending in a direction inclined to the central axis of the fresh milk-feeding chamber 520 to generate a rotational flow inside of the fresh milk-feeding chamber 520 and to flow down the fresh milk along a side wall of the milking basket to a bottom face by centrifugal force of the rotational flow. The fresh milk inlet 510, the fresh milk-feeding chamber 520, a pair of fresh milk introducing paths 541, 542 are integrally formed by combining a plastic lid 5 and a body with inserting a unit packing having a T- or L-shaped cross section and hardness of about 70 degrees.COPYRIGHT: (C)2011,JPO&INPIT【課題】搾乳時の生乳の勢いを弱め、生乳が衝撃で泡立つことを防止し、脂肪分の分離を起こす恐れが少ない搾乳用バケットを提供する。【解決手段】搾乳用バケットの口部に取付けられる接続構造が、生乳入口510と、真空導入手段と、搾乳用バケット内部に対して開いた下端部を有する略円筒形の生乳供給室520とを備えた接続構造を有し、生乳入口510からの生乳を、生乳供給室520の中心軸に対し偏った方向に伸びる生乳導入路541、542を介して生乳を導入することにより生乳供給室520の内部に旋回流を生じさせ、その遠心力により生乳が搾乳用バケットの側壁に沿って底面へと流下するようにした。断面T字型又はL字型で硬度約70度のユニットパッキンを挟んでプラスチック製の蓋5と本体とを組合せることにより、生乳入口510、生乳供給室520、一対の生乳導入路541、542を一体に構成する。【選択図】図8
