The utility model discloses a rice processing and conveying device, which is characterized by: a conveying support frame, a mesh belt conveying mechanism, a rice hopper at the front end of rice conveying, a rice hopper at the back end of rice conveying, an impurity dust adsorption chamber, a suction fan, a rice drying chamber and a hair dryer; a mesh belt conveying mechanism traverses the inner part of the conveying support frame, and a rice hopper at the front end of rice conveying and a rice hopper after rice conveying. The end-out rice bucket is separately connected with the outer sides of both ends of the conveying support frame body to maintain a movable connection that can rotate. After the improvement of the utility model, the rice that needs to be transported and processed is put into the rice hopper at the front end of the rice transporting system when it is in operation, and falls onto the net belt transporting mechanism, which drives it to move from left to right by the net belt transporting mechanism. When passing through the upper part of the impurity dust absorbing cavity, the fine matter in the rice grain is absorbed by the exhaust fan; when passing through the upper part of the rice drying cavity, the heating pipe is dried. Hot, at the same time by the hair dryer, drying the passing grain.
【技术实现步骤摘要】
一种大米加工输送装置
本技术涉及大米加工领域,具体讲是一种大米加工输送装置。
技术介绍
目前,大米时人们生活的必需品,大米在加工或者存储过程中需要用到输送装置来完成输送,然而大米在经过碾米后,其中通常会混入一些粉尘等未被风选出的细物,而且当从外部准备输入到存储仓之前,需要对其进行烘干操作,以防止发霉;然而对于现有的大米加工输送装置来讲,还不具备清除细物和烘干的能力。
技术实现思路
因此,为了解决上述不足,本技术在此提供一种大米加工输送装置;本技术改进后,运行时将需要输送处理的大米投放进大米输送前端接米斗中,并下落至网带传输机构上,由网带传输机构带动其从左至右运动,当经过杂质粉尘吸附腔上方时,由抽风机抽风,将米粒中的细物吸附出去;当经过大米烘干腔上方时,烘干发热管发热,同时由吹风机吹风,对经过的米粒进行烘干。本技术是这样实现的,构造一种大米加工输送装置,其特征在于:所述大米加工输送装置包括输送支撑架体、网带传输机构、大米输送前端接米斗、大米输送后端出米斗、杂质粉尘吸附腔、抽风机、大米烘干腔、吹风机,其中,网带传输机构横穿在输送支撑架体内部,大米输送前端接米斗和大米输送后端出 ...
【技术保护点】
1.一种大米加工输送装置,其特征在于:所述大米加工输送装置包括输送支撑架体(1)、网带传输机构(2)、大米输送前端接米斗(3)、大米输送后端出米斗(4)、杂质粉尘吸附腔(5)、抽风机(6)、大米烘干腔(7)、吹风机(8),其中,网带传输机构(2)横穿在输送支撑架体(1)内部,大米输送前端接米斗(3)和大米输送后端出米斗(4)分别与输送支撑架体(1)的两端外侧保持能够转动的活动连接;杂质粉尘吸附腔(5)和大米烘干腔(7)分别对应于网带传输机构(2)的传输方下侧,杂质粉尘吸附腔(5)位于大米烘干腔(7)的前端,抽风机(6)与杂质粉尘吸附腔(5)的端部连通,吹风机(8)与大米烘干 ...
【技术特征摘要】
1.一种大米加工输送装置,其特征在于:所述大米加工输送装置包括输送支撑架体(1)、网带传输机构(2)、大米输送前端接米斗(3)、大米输送后端出米斗(4)、杂质粉尘吸附腔(5)、抽风机(6)、大米烘干腔(7)、吹风机(8),其中,网带传输机构(2)横穿在输送支撑架体(1)内部,大米输送前端接米斗(3)和大米输送后端出米斗(4)分别与输送支撑架体(1)的两端外侧保持能够转动的活动连接;杂质粉尘吸附腔(5)和大米烘干腔(7)分别对应于网带传输机构(2)的传输方下侧,杂质粉尘吸附腔(5)位于大米烘干腔(7)的前端,抽风机(6)与杂质粉尘吸附腔(5)的端部连通,吹风机(8)与大米烘干腔(7)的端部连通,大米烘...
【专利技术属性】
技术研发人员:余刚,
申请(专利权)人:德阳星桥粮油食品有限公司,
类型:新型
国别省市:四川,51
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