The utility model discloses a sterile material dryer for a supply room, including a dryer body. The inner bottom end of the dryer body is equipped with a material transport belt, and a lifting shaft is installed on both sides of the top of the discharge belt. The lifting belt is connected with a lift conveyor belt, and a fixed card slot is fixed on the lift and drop conveyor belt, fixed a fixed slot on the conveyor belt, and fixed a fixed card slot on the lift and drop conveyer belt. Solid fixed card grooves are fixed on the lifting and falling conveyor belt. Solid fixed card grooves are fixed on the lifting and falling conveyor belt. Solid fixed card grooves are fixed on the lifting and falling conveyor belts. A drying board is installed on the fixed card slot, a circulating fan is installed on the top of the lifting shaft, and a heating element is installed on both sides of the inner side of the dryer, and one side of the outlet is installed with a cooling storage box and fixed on the external side of the dryer body. The utility model is a kind of aseptic drying machine for supply room. The equipment can be fully automatic drying equipment and drying process from top to bottom. After the drying is finished, the material can be automatically discharged and the storage box is cooled and stored. It can be taken at the opening, and the internal heat can be avoided effectively. The heat energy is used repeatedly and rationally.
【技术实现步骤摘要】
一种供应室用无菌物品烘干机
本技术涉及一种烘干机,特别涉及一种供应室用无菌物品烘干机。
技术介绍
烘干机有带式烘干,滚筒烘干,箱式烘干,塔式烘干等几种模式,热源有煤、电和气等,物料在烘干过程中有热风气流式和辐射式等,热风滚筒烘干是热气流从尾部向前运动,与物料充分接触,通过热传导、对流、辐射传热量充分利用,将热能直接传递给物料,使物料的水分在筒体内不断被蒸发,入料口的引风装置将大量的水分、湿气流抽出,防止粉尘外排造成的二次污染,通过内螺旋搅拌、扫散、抄板,推进物料运动,完成整个烘干过程,逆流传导脱湿,避免减少重复烘干程序,烘干机在风机的抽力作用下,外面新鲜冷空气直接通过进风口与加热器热交换后变成干燥的热空气,然后与滚筒中翻滚的衣物进行热交换后被排出机体,而滚筒中的衣物,在干燥热空气作用下水分逐步蒸发并烘干,由于衣物中水分蒸发需要吸收和消耗热能,因此烘干机排风温度随着衣物中水份减少而逐步升高。在现有的烘干机的技术条件基础上,在室内无菌烘干机的使用的范围性以及便捷性上依然存在很多不足,大部分室内无菌烘干机在烘干过程中需要人为进行操作控制,不方便进行取放物料,进行拿取时容易将内部热量流失,降低烘干效果,降低工作效率。
技术实现思路
本技术要解决的技术问题是克服现有技术的缺陷,提供一种供应室用无菌物品烘干机,该设备可为全自动烘干设备,烘干过程中由上至下进行烘干,物料烘干完毕后可自动进行出料,在存储盒处进行冷却存储,可在开口处进行拿取,可有效避免内部的热量发生流失,将热能进行重复合理利用。为了解决上述技术问题,本技术提供了如下的技术方案:本技术一种供应室用无菌物品烘干机,包括 ...
【技术保护点】
1.一种供应室用无菌物品烘干机,包括烘干机本体(1),其特征在于,所述烘干机本体(1)的内部底端安装有出料运输带(15),所述出料运输带(15)的顶部两侧均安装有升降传动轴(9),所述升降传动轴(9)上套接有升降传送带(10),所述升降传送带(10)上固定有固定卡槽(11),所述固定卡槽(11)上安装有烘干板(13),所述升降传动轴(9)的顶部安装有循环风扇(12),所述烘干机本体(1)的内部两侧均安装有加热元件(8),所述出料运输带(15)的一端设置有出料口(14),所述出料口(14)的一侧安装有冷却存储盒(6)且固定于烘干机本体(1)外部一侧,所述冷却存储盒(6)的端部安装有存储盒开口(7)。
【技术特征摘要】
1.一种供应室用无菌物品烘干机,包括烘干机本体(1),其特征在于,所述烘干机本体(1)的内部底端安装有出料运输带(15),所述出料运输带(15)的顶部两侧均安装有升降传动轴(9),所述升降传动轴(9)上套接有升降传送带(10),所述升降传送带(10)上固定有固定卡槽(11),所述固定卡槽(11)上安装有烘干板(13),所述升降传动轴(9)的顶部安装有循环风扇(12),所述烘干机本体(1)的内部两侧均安装有加热元件(8),所述出料运输带(15)的一端设置有出料口(14),所述出料口(14)的一侧安装有冷却存储盒(6)且固定于烘干机本体(1)外部一侧,所述冷却...
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