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Method for pre-crystallization of true chocolate in the form of stable beta V polymorph crystals

机译:以稳定的βV多晶型物晶体形式对真巧克力进行预结晶的方法

摘要

The present invention relates to a method to pre-crystallize real chocolate in the form of Beta V crystals, said method comprising the steps of - determining an initial temperature (TCi) for a chocolate mass to have before seed crystals are admixed thereto, said TCi exceeding the critical temperature, - obtaining a liquid chocolate mass by melting it to the initial temperature (TCi), - dispersing into said liquid chocolate mass at the initial temperature (TCi), solid crystal seeds consisting of at least one ingredient selected from the group consisting of cocoa butter, a cocoa butter equivalent and/or real chocolate, wherein the crystal seeds contain a dominating amount of stable Beta V crystals, - mixing the chocolate mass and the crystal seeds until the seeds are almost completely melted, - cooling down the thus obtained mixture, that is continuously stirred, to a pre-crystallization temperature (Tpc), said cooling being achieved through the admixing of the crystal seeds and through heat exchange with the environment to form a pre-crystallized chocolate, and - optionally maintaining the thus obtained mixture at the pre-crystallization temperature to maintain the chocolate mass in a pre-crystallized state. The present invention further relates to methods and means to determine the TCi needed to reach the pre-crystallization temperature within an acceptable time (e.g. less than 6 minutes).
机译:本发明涉及一种使β-V晶体形式的真巧克力预结晶的方法,所述方法包括以下步骤:-确定在混合晶种之前巧克力块具有的初始温度(TCi),所述TCi超过临界温度,-通过将其融化至初始温度(TCi)获得液态巧克力块,-在初始温度(TCi)下,将由至少一种选自可可脂,当量可可脂和/或纯巧克力的成分组成的固体晶种分散到所述液体巧克力中,其中所述晶种包含主要成分。数量稳定的Beta V晶体,-混合巧克力块和晶种,直到种子几乎完全融化,-将如此获得的,连续搅拌的混合物冷却至预结晶温度(Tpc),所述冷却是通过混合晶种并与环境进行热交换以形成预结晶的巧克力而实现的,以及-任选地将如此获得的混合物保持在预结晶温度下,以将巧克力块保持在预结晶状态。本发明进一步涉及确定在可接受的时间内(例如小于6分钟)达到预结晶温度所需的TCi的方法和装置。

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