The utility model discloses a heating structure for the electrode of the feeding channel, which relates to the technical field of glass bottle tank production. The feeding basin is connected to the end of the feeding channel, the homogenizing cylinder is located in the middle of the feeding basin, the dripping hopper is located directly below the homogenizing cylinder, the homogenizing cylinder is connected with the feeding basin and the dripping hopper, the molybdenum electrodes are arranged through the side wall of the feeding channel, and the heating control device is arranged on the side wall of the feeding channel. The circuit is electrically connected with the heating control device, and the molybdenum electrodes are sealed with the side wall of the feeding channel, which is set at a height lower than the liquid level of the glass liquid. The utility model utilizes the conductive property of glass when it is insulated in solid and when it is in liquid, uses molybdenum electrodes to heat the glass liquid, realizes the overall heating of the glass liquid, improves the temperature uniformity of the glass liquid, and is beneficial to the formation of glass bottles and cans; the molybdenum electrodes are embedded in the glass liquid, and directly contact with the glass liquid for heating, with small heat loss and high thermal efficiency; the structure is simple, and almost no additional occupancy is required. It has good practicability to use the space of production site.
【技术实现步骤摘要】
一种供料道电极加热结构
本技术涉及玻璃瓶罐生产
,具体涉及一种用于在供料机供料道内加热玻璃液的加热结构。
技术介绍
玻璃瓶罐是一种常见的容器,广泛应用于工业生产和日常生活领域。玻璃瓶罐生产过程中,需要将玻璃原料熔化为玻璃液,再将玻璃液通过供料机输送至成型设备成型。熔化的玻璃液在输送的过程中温度会逐步降低,玻璃液温度过低后将无法进行正常输送;同时,玻璃液上、中、下层的温度变化不一致,导致玻璃液整体温度不均匀,影响成型质量。目前,一般通过在玻璃液上方设置辐照加热结构对玻璃液加热,以补偿其热量的损失,保证玻璃液的正常输送。但此种加热方式只能实现上层玻璃液的直接加热,无法改善玻璃液整体温度不均匀的情况,不利于玻璃瓶罐的成型;同时,辐照加热的热损耗较高,加热效率低。
技术实现思路
本技术正是为了避免上述现有技术所存在的不足之处,提供了一种供料道电极加热结构。本技术为解决技术问题采用如下技术方案:一种供料道电极加热结构,料盆连通于供料道末端,匀料筒设于所述料盆中部,滴料漏斗设于所述匀料筒正下方,所述匀料筒与所述料盆和所述滴料漏斗连通,所述供料道、所述料盆和所述匀料筒用于将玻璃液经所述滴料漏斗输送至成型设备,各钼电极穿过所述供料道侧壁设置,加热控制装置设于所述供料道侧壁,各所述钼电极均通过线路与所述加热控制装置电性连接;各所述钼电极与所述供料道侧壁密封连接,其设置的高度低于所述玻璃液的液面高度。进一步的,所述钼电极成对设置,并对称设于所述供料道相对的侧壁上。进一步的,所述钼电极外部设电极套管,并通过所述电极套管与所述供料道侧壁密封连接。进一步的,各所述钼电极设置的高度为所 ...
【技术保护点】
1.一种供料道电极加热结构,料盆(2)连通于供料道(1)末端,匀料筒(3)设于所述料盆(2)中部,滴料漏斗(4)设于所述匀料筒(3)正下方,所述匀料筒(3)与所述料盆(2)和所述滴料漏斗(4)连通,所述供料道(1)、所述料盆(2)和所述匀料筒(3)用于将玻璃液(5)经所述滴料漏斗(4)输送至成型设备,其特征在于:各钼电极(11)穿过所述供料道(1)侧壁设置,加热控制装置(13)设于所述供料道(1)侧壁,各所述钼电极(11)均通过线路与所述加热控制装置(13)电性连接;各所述钼电极(11)与所述供料道(1)侧壁密封连接,其设置的高度低于所述玻璃液(5)的液面高度。
【技术特征摘要】
1.一种供料道电极加热结构,料盆(2)连通于供料道(1)末端,匀料筒(3)设于所述料盆(2)中部,滴料漏斗(4)设于所述匀料筒(3)正下方,所述匀料筒(3)与所述料盆(2)和所述滴料漏斗(4)连通,所述供料道(1)、所述料盆(2)和所述匀料筒(3)用于将玻璃液(5)经所述滴料漏斗(4)输送至成型设备,其特征在于:各钼电极(11)穿过所述供料道(1)侧壁设置,加热控制装置(13)设于所述供料道(1)侧壁,各所述钼电极(11)均通过线路与所述加热控制装置(13)电性连接;各所述钼电极(11...
【专利技术属性】
技术研发人员:付俊河,郭立廷,高洁,
申请(专利权)人:安徽古井贡酒股份有限公司,安徽龙瑞玻璃有限公司,
类型:新型
国别省市:安徽,34
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