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    • 3. 发明授权
    • Direct expansion evaporator
    • 直接膨胀蒸发器
    • US08534086B2
    • 2013-09-17
    • US13506834
    • 2012-05-17
    • Lingyu Dong
    • Lingyu Dong
    • A23G9/00
    • F28D7/026A23G9/14F25B39/02F25C1/12F28D7/106F28D2021/0071F28F13/06F28F2270/00
    • A direct expansion evaporator for making a frozen product from raw material includes a feeding channel, a heat exchange channel thermally communicating with the feeding channel, and a refrigerant flowing within the heat exchange channel for exchanging heat between the raw material within the feeding channel and the refrigerant within the heat exchange channel in an expanded evaporation manner. Therefore, the refrigerant releases the thermal energy via the phase changing from liquid to gaseous state of the refrigerant. The heat exchange channel has a pre-cooling portion for pre-cooling the raw material at a predetermined temperature and a freezing portion for freezing the raw material to a final predetermined temperature of the frozen product in two-stage evaporation manner. Thus, the direction expansion evaporator provides a relatively more efficient way for making the frozen product, so as to increase the quality of the frozen product.
    • 用于从原料制造冷冻产品的直接膨胀蒸发器包括进料通道,与进料通道热连通的热交换通道,以及在热交换通道内流动的制冷剂,用于在进料通道内的原料与 热交换通道内的制冷剂以膨胀的蒸发方式。 因此,制冷剂通过从制冷剂的液态变为气态的相变释放热能。 热交换通道具有用于将预定温度的原料预冷却的预冷却部分和用于将原料冷冻至冷冻产品的最终预定温度的冷冻部分,以两级蒸发方式。 因此,方向膨胀蒸发器提供了制造冷冻产品的相对更有效的方式,以便提高冷冻产品的质量。
    • 4. 发明授权
    • Low temperature extrusion process and device for energy optimized and viscosity adapted micro-structuring of frozen aerated masses
    • 低温挤压工艺和能量优化装置,适用于冷冻充气块的粘度适应微结构
    • US08394441B2
    • 2013-03-12
    • US10597402
    • 2005-01-20
    • Erich Josef WindhabJohann Wildmoser
    • Erich Josef WindhabJohann Wildmoser
    • A23G9/20
    • A23G9/16A23G9/14A23G9/22A23G9/28A23G9/285B29C47/825
    • The invention describes a low temperature extrusion process and a respective device for an energy-optimized and viscosity-adapted microstructuring of frozen aerated systems like ice cream. Therewith a very finely dispersed microstructure is reached under optimized balance of viscous friction based mechanical energy dissipation (1) and transfer of dissipation heat and additional phase transition (freezing) heat (2) to a refrigerant up to very high frozen water fraction at very low temperatures. With this new process and device aerated masses are continuously frozen and optimally micro-structured under minimized/optimized mechanical energy input. The microstructure of this-like treated masses supports on the one hand preferred rheological properties which lead to improved shaping, portioning and scooping properties, even at very low temperatures, and on the other hand leads to an improved shelf life (heat shock stability) and mouth feel (e.g. creaminess, melting behavior).
    • 本发明描述了一种低温挤出工艺和用于能量优化和粘度适应性的微结构化冷冻充气系统如冰淇淋的相应装置。 在优化的基于粘性摩擦的机械能量耗散平衡(1)和耗散热和额外的相变(冷冻)热(2)转移到制冷剂到非常高的冷冻水分率的非常低的条件下达到非常细微的分散的微结构 温度。 通过这种新工艺和设备,充气的质量在最小化/优化的机械能量输入下连续冷冻和最佳微结构化。 这种类似处理物质的显微组织一方面支持即使在非常低的温度下也导致改进的成型,分配和舀取性能的优选的流变性能,另一方面导致改善的保质期(热冲击稳定性)和 口感(如奶油,熔化行为)。
    • 5. 发明申请
    • Direct expansion evaporator
    • 直接膨胀蒸发器
    • US20110023519A1
    • 2011-02-03
    • US12462107
    • 2009-07-28
    • Lingyu Dong
    • Lingyu Dong
    • A23G9/04F25B39/02F28D7/10F28F1/14
    • F28D7/026A23G9/14F25B39/02F25C1/12F28D7/106F28D2021/0071F28F13/06F28F2270/00
    • A direct expansion evaporator for making a frozen product from raw material includes a feeding channel, a heat exchange channel thermally communicating with the feeding channel, and a refrigerant flowing within the heat exchange channel for exchanging heat between the raw material within the feeding channel and the refrigerant within the heat exchange channel in an expanded evaporation manner. Therefore, the refrigerant releases the thermal energy via the phase changing from liquid to gaseous state of the refrigerant. The heat exchange channel has a pre-cooling portion for pre-cooling the raw material at a predetermined temperature and a freezing portion for freezing the raw material to a final predetermined temperature of the frozen product in two-stage evaporation manner. Thus, the direction expansion evaporator provides a relatively more efficient way for making the frozen product, so as to increase the quality of the frozen product.
    • 用于从原料制造冷冻产品的直接膨胀蒸发器包括进料通道,与进料通道热连通的热交换通道,以及在热交换通道内流动的制冷剂,用于在进料通道内的原料与 热交换通道内的制冷剂以膨胀的蒸发方式。 因此,制冷剂通过从制冷剂的液态变为气态的相变释放热能。 热交换通道具有用于将预定温度的原料预冷却的预冷却部分和用于将原料冷冻至冷冻产品的最终预定温度的冷冻部分,以两级蒸发方式。 因此,方向膨胀蒸发器提供了制造冷冻产品的相对更有效的方式,以便提高冷冻产品的质量。
    • 6. 发明授权
    • Method and an apparatus for producing ice confection
    • 冰糕制作方法及装置
    • US07658958B2
    • 2010-02-09
    • US10552523
    • 2004-03-30
    • Per Henrik Hansen
    • Per Henrik Hansen
    • A23G9/18A23G9/24
    • A23G9/04A23G9/14A23G9/221A23G9/24
    • The present invention concerns an apparatus and a method for producing ice confection comprising mold cavities arranged on lamellae disposed in an endless belt along which are arranged process means for the production of the ice confection by conveying the lamellae between the process means, wherein the apparatus comprises an uneven number of lamellae and the process means are arranged along the belt in such a way, that the ice confection production process may be completed by two full circulations of one lamella on the belt. Due to the uneven number of lamellae a specific lamella will change stop position for each circulation. Hereby, a number of advantages are obtained through an optimal utilization of the lower lamella sequence, such that the shortest possible apparatus is obtained.
    • 本发明涉及一种用于制造冰糕的装置和方法,包括设置在环形带中的薄片上的模腔,沿着该模腔设置有用于通过在处理装置之间输送薄片来生产冰糕的处理装置,其中该装置包括 沿着皮带以这种方式布置不均匀数量的薄片和加工装置,冰糕制造过程可以通过皮带上的一个薄片的两个完整循环来完成。 由于薄片数量不均匀,特定的薄片将改变每个循环的停止位置。 因此,通过优选利用下层片序列获得许多优点,使得获得最短的可能装置。