The utility model provides an integrated detection and filling system, including a pure water tank, the pure water tank is connected to a mixing tank I through a feeding tube, and the mixing tank I is connected to a mixing tank through a feed pipe, the mixing tank is connected to a mixing tank II through a feeding pipe, and the mixing tank II passes through a feeding pipe connected to a storage tank, and the storage tank is stored. The material tank is connected with the filling machine through the feeding pipe. The upper side of the mixing tank I is equipped with a high position detector of I level in the mixing tank and the lower side of the mixing tank I on the lower side of the mixing tank. The upper side of the mixing tank is equipped with a mixed tank liquid level detector and the lower side of the mixing tank with a mixed tank liquid level low level detector. The upper side of the mixing tank is equipped with a mixing tank on the upper side of the II. II liquid level detector and stirring tank II are equipped with low level detector I of stirring tank. The utility model can accurately control the material condition of each tank, at the same time, it can ensure the material to be transported smoothly, and can prevent material spillover and improve the processing efficiency.
【技术实现步骤摘要】
一种集成化检测灌装系统
本技术涉及饮料生产设备
,具体为一种集成化检测灌装系统。
技术介绍
饮料是人们日常生活中,常常会接触到的东西,随着社会的发展,人们对饮料的需求量也越来越大。饮料灌装装置是饮料工业化生产过程中常用的设备之一,其用于将配置好的饮料装入饮料瓶中。有些带有果肉的饮料,在装入饮料瓶前,如果不进行搅拌等操作,装进饮料瓶中的饮料就会显得不那么均匀。而且饮料中的某些沉淀物会过多的沉淀,不小心的话会堵塞出液管。另外,有的热饮装在储液罐中,如果不及时的灌装,会冷掉,影响口感。
技术实现思路
本技术所解决的技术问题在于提供一种集成化检测灌装系统,以解决上述
技术介绍
中提出的问题。本技术所解决的技术问题采用以下技术方案来实现:一种集成化检测灌装系统,包括:纯水罐,所述纯水罐通过输料管连接于搅拌罐I,所述搅拌罐I通过输料管连接于混合罐,所述混合罐通过输料管连接于搅拌罐II,所述搅拌罐II通过输料管连接于储料罐,所述储料罐通过上料管连接于灌装机,所述纯水罐下侧设有纯水罐液位低位检测器,搅拌罐I上侧设有搅拌罐I液位高位检测器、搅拌罐I下侧设有搅拌罐液位低位检测器,混合罐上侧设有混合罐液位高位检测器、混合罐下侧设有混合罐液位低位检测器,搅拌罐II上侧设有搅拌罐II液位高位检测器、搅拌罐II下侧设有搅拌罐液位低位检测器I。所述纯水罐、搅拌罐I、混合罐、搅拌罐II通过罐体固定座安装固定,纯水罐上端连接于供水管。所述储料罐上侧设有储料罐液位高位检测器、储料罐下侧设有储料罐液位低位检测器,储料罐顶部设有液位超限检测器。所述纯水罐、搅拌罐I之间的输料管上设有输料泵I,搅拌罐I、 ...
【技术保护点】
一种集成化检测灌装系统,包括:纯水罐,其特征在于:所述纯水罐通过输料管连接于搅拌罐I,所述搅拌罐I通过输料管连接于混合罐,所述混合罐通过输料管连接于搅拌罐II,所述搅拌罐II通过输料管连接于储料罐,所述储料罐通过上料管连接于灌装机,所述纯水罐下侧设有纯水罐液位低位检测器,搅拌罐I上侧设有搅拌罐I液位高位检测器、搅拌罐I下侧设有搅拌罐液位低位检测器,混合罐上侧设有混合罐液位高位检测器、混合罐下侧设有混合罐液位低位检测器,搅拌罐II上侧设有搅拌罐II液位高位检测器、搅拌罐II下侧设有搅拌罐II液位低位检测器。
【技术特征摘要】
1.一种集成化检测灌装系统,包括:纯水罐,其特征在于:所述纯水罐通过输料管连接于搅拌罐I,所述搅拌罐I通过输料管连接于混合罐,所述混合罐通过输料管连接于搅拌罐II,所述搅拌罐II通过输料管连接于储料罐,所述储料罐通过上料管连接于灌装机,所述纯水罐下侧设有纯水罐液位低位检测器,搅拌罐I上侧设有搅拌罐I液位高位检测器、搅拌罐I下侧设有搅拌罐液位低位检测器,混合罐上侧设有混合罐液位高位检测器、混合罐下侧设有混合罐液位低位检测器,搅拌罐II上侧设有搅拌罐II液位高位检测器、搅拌罐II下侧设有搅拌罐II液位低位检测器。2.根据权利要求1所述的一种集成化检测灌装系统,其特征在于:所述纯水罐、搅拌罐I、混合罐、搅拌罐II通过罐体...
【专利技术属性】
技术研发人员:王洪明,韩枫,
申请(专利权)人:安徽同创食品有限公司,
类型:新型
国别省市:安徽,34
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