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用白铁皮按药瓶大小作成長45厘米的兩个弧形凹溝(图中的3),其前端各鑿一个大小与瓶签相等的長方形孔(2)。孔下有圆形毛刷各一个固定在弯管上。毛刷的直徑为12—14厘米,毛長3厘米,用细软而弹性強的猪毛。流体漿糊或膠水由漏斗(5)中以30°角度倾斜面向刷上缓缓流下,刷上多余的桨糊流入毛刷下面的半圓形接受器(4)。当刷子转动时、毛刷首先在下面接受器中沾一些漿糊,再从漏斗嘴接受一些浆糊。瓶箋折成弧形重叠反置于溝(3)中后部。当踏动飞轮时,毛刚即从方孔(2)处在瓶上塗上一层薄薄的漿糊,然后將瓶移置到瓶签处,稍加压力,瓶签即可贴上。如此連续操作,可提高工效5—8倍。审稿者註:本文所介紹的裝置确有其优点,效率比
Using a tin bottle, two arc-shaped concave grooves (3 in the figure) growing 45 cm in length are made according to the size of the vial, and a rectangular hole (2) equal in size to the bottleneck is cut at its front end. One circular brush under the hole is fixed on the elbow. The brush has a diameter of 12-14 cm and a hair length of 3 cm. The hair is soft and elastic. The fluid paste or glue slowly flows down from the funnel (5) at an angle of 30° towards the brush, and the excess paste is brushed into the semi-circular receiver (4) under the brush. When the brush rotates, the brush first sticks some paste in the lower receptacle and accepts some paste from the funnel mouth. The bottle notes are folded over and placed in the back of the ditch (3). When stepping on the flywheel, Mao Gang applied a thin layer of paste from the square hole (2) to the bottle, and then the bottle was removed to the bottle label. A slight pressure was applied and the bottle label could be affixed. This continuous operation can improve work efficiency by 5-8 times. Reviewer Note: The device described in this article does have its advantages, efficiency ratio