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Verfahren zur kryogenen Abkühlung eines Pulvers

机译:粉末低温冷却的方法

摘要

The cryogenic cooling of food or detergent fine powders in a tunnel (14) with a vibrating support (1), in which a controllable cryogenic liquid is introduced on the support. The powders are deposited on the support and another cryogenic liquid is introduced on the powders using an injector. Thermal mass of the powders is synchronized with powder supply as a function of time by controlling the cryogenic liquid in the tunnel. The synchronized information is transmitted to an acquisition unit and a data processor. The cryogenic cooling of food or detergent fine powders in a tunnel (14) with a vibrating support (1), in which a controllable cryogenic liquid is introduced on the support. The powders are deposited on the support and another cryogenic liquid is introduced on the powders using an injector. Thermal mass of the powders is synchronized with powder supply as a function of time by controlling the cryogenic liquid in the tunnel. The synchronized information is transmitted to an acquisition unit and a data processor. The content of the synchronized information, the acquisition unit and the data processors are retroacted on the supply of cryogenic liquid to ensure temperature of the powder at an exit of the tunnel. The cryogenic liquid is supplied through the valves and controlled through the acquisition unit and data processor by retroaction with respect to cryogenic liquid pressure reigning between the valve and the injector. The thermal mass of the powder is measured by determination of mass of product entering per unit time and by determination the temperature of the product in combination with determination of the powder mass throughput.
机译:在带有振动支架(1)的通道(14)中对食品或洗涤剂细粉进行低温冷却,在该通道中将可控的低温液体引入支架。将粉末沉积在载体上,并使用注射器将另一种低温液体引入粉末。通过控制隧道中的低温液体,粉末的热质量与粉末的供应随时间的变化而同步。同步的信息被发送到获取单元和数据处理器。在带有振动支架(1)的通道(14)中对食品或洗涤剂细粉进行低温冷却,在该通道中将可控的低温液体引入支架。将粉末沉积在载体上,并使用注射器将另一种低温液体引入粉末。通过控制隧道中的低温液体,粉末的热质量与粉末的供应随时间的变化而同步。同步的信息被发送到获取单元和数据处理器。同步信息,采集单元和数据处理器的内容根据低温液体的供应情况进行修改,以确保通道出口处的粉末温度。低温液体通过阀供应,并通过追溯控制阀和喷射器之间的低温液体压力,通过采集单元和数据处理器进行控制。通过确定每单位时间进入的产品的质量并通过确定产品的温度并确定粉末的质量通过量来测量粉末的热质量。

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