首页> 外国专利> A dispenser device that controls foam formation during dispensing of MBFB produced in situ by mixing a carbonate diluent with a malt-based fermented beverage (MBFB) concentrate

A dispenser device that controls foam formation during dispensing of MBFB produced in situ by mixing a carbonate diluent with a malt-based fermented beverage (MBFB) concentrate

机译:通过将碳酸盐稀释剂与麦芽发酵饮料(MBFB)浓缩物混合来控制在现场生产的MBFB分配过程中泡沫形成的分配器设备

摘要

The present invention relates to a dispenser device for preparing and dispensing MBFB by mixing a malt-based fermented beverage (MBFB) concentrate with a carbonate diluent, the dispenser device comprising an MBFB concentrate and a carbonate diluent. It includes a mixing chamber (2) for mixing. The mixing chamber is formed by walls and is divided into an upper part and a lower part by a central plane M1 perpendicular to the longitudinal axis X. The mixing chamber is located at the top, the concentrate opening (1d) with a fixing device for fixing the container containing the MBFB concentrate, and the diluent connection at the top to the carbonate diluent source A diluent opening (4d) provided with an outlet (2d) parallel to the longitudinal axis X and for discharging MBFB consisting of a mixture of MBFB concentrate and carbonic acid diluent arranged at the bottom, by the core surface A core (2c) formed and mounted in the chamber, the core surface comprising a core (2c) that forms a flow path (2p) with a width w perpendicular to the core surface with the wall of the chamber. The core is characterized in that it can be moved along the longitudinal axis X and movably mounted in the chamber in order to control the width w of the channel portion.
机译:用于分配和分配MBFB的分配器设备技术领域本发明涉及一种通过将基于麦芽的发酵饮料(MBFB)浓缩物与碳酸盐稀释剂混合来制备和分配MBFB的分配器设备,该分配器设备包括MBFB浓缩物和碳酸盐稀释剂。它包括用于混合的混合室(2)。混合室由壁形成,并通过垂直于纵轴X的中心平面M1分为上部和下部。混合室位于顶部,浓缩液开口(1d)带有用于固定的固定装置固定装有MBFB浓缩物的容器,并在顶部将稀释剂连接至碳酸盐稀释剂源。稀释剂开口(4d)设有平行于纵轴X的出口(2d),用于排放由MBFB浓缩物混合物组成的MBFB碳酸稀释剂通过在表面形成并安装在腔室中的芯表面A芯(2c)布置在底部,该芯表面包括形成垂直于芯的宽度w的流路(2p)的芯(2c)腔室壁的表面。芯的特征在于,它可以沿着纵轴X移动并且可移动地安装在腔室中,以便控制通道部分的宽度w。

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