负压进风碾米机的研发.pdf

2017年第30卷第5期
粮食与油脂
91
负压进风碾米机的研发
赵艳平,马利平,埜自芳
(1.漯河职业技术学院,河南漯河462000
2.河南郾漯粮食机械有限公司,河南漯河462000
摘要:针对传统碾米机碎米率高的缺陷,结合粮食机械行业实际情况研发了1种新型负压
双向多通道进风碾米杌。碾米室内的主轴为空心轴,空心轴的两端均设有进风ロ。该碾米机
采用负压双向多通道进风,提高了单位产量碾米运动面积的利用率和穿透碾米室的风量,降
低了碎米率。
关键词:负压;空心;碾米机
Development of negative pressure ventilation rice mill
ZHAO Yan-ping MA Li-ping, Pan Zi-fang
(1. Luohe Vocational Technology College, Luohe 462000, Henan, China;
2. Henan Yanluo Grain Machinery Co. Ltd, Luohe 462000, Henan, China)
Abstract: Due to the defect of traditional rice mill of high rate of broken rice, a new type of negative
prcssurc two-way multi-channcl ventilation mill was dcvclopcd, combincd with the practical situation
of food machinery industry. The rice mill spindle shall for indoor was hollow, hollow shafi at both ends
were equipped with air inlet, the rice mill adoptd two-way multi-channel negative pressure ventilation,
which increased the efficiency of unit production grinding white movement area and through grindin
white room air volumc. and reduccd the ratc of brokcn ricc
Key words: negative prcssurc; hollow; ricc mill
中图分类号:TS210.3
文献标识码:A文章编号:1008-9578(2017)05-0091-04
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蔬菜水果,接近于人参皂苷和西洋参皂节略。莲
tea polysaccharides, polyphenols and caffeine in rats led with a
子红衣多糖刈胰脂肪酶的抑制类型为非竞争性抑
high-fat dict[J]. Food Function, 2015, 6(1): 297-304
制,抑制常数为0.0736 g/ML. Takahiro等研
〕褚盼盼,侯冬敏,杨民苦莽麦多糖对胰脂肪酶抑制作用的
研究J.中食品添加剂,2015,22(9):78-8
究指出,碱性多糖具有相当强烈的抑制胰脂肪嗨
郑宝东,郑金贵,曾绍校.我国主要莲子品种中三种功效成分
活性能力,因此后期我们将进一步对莲子红衣多
的研究].营养学报,2004,26(2):158-160
糖进行分数分离,以探索植物多糖与胰脂昉酶之
〔9)高航,高延芬,徐血.连子红衣醇提物的抗氧化和抗褐变活性
食品科学,2013,34(1183-8
间的构效关系。此外,我们还将进行动物试验
〔10)徐虹、朱雨薇,曹杨,等,茳了红皮多糖提取工艺研究J食
从体内到体外更深入地研究莲子红衣多糖通过胰
品工业科技,2011,33(2):266-268
脂酶活性的抑制机制发挥其抗肥胖作用的途径。
11)齐素芬,张华峰,姚美,等朱盼-硫酸法测定花根叶多糖含
量食品科学技术学报,2015,3(4)40-46
〔12]黄锡荣,张文娟,宋少芳,等.分光光度法测定微乳液中脂
肪晦的嗨活化学通报,2001,64(1
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