The utility model relates to an intelligent lifting bottle device, which is characterized in that the top end of the column is provided with a lifting bottle supporting plate, the lower part of the lifting bottle supporting plate is provided with a lifting bottle supporting plate, the upper part of the lifting bottle supporting plate is provided with a circular groove, the upper part of the lifting bottle supporting plate is provided with a circular groove, and the second part of the lifting bottle supporting plate is provided with a circular groove two, and the lower part of A bit of emitter is installed on the drop head mounting block, and the drop head is a cross-shaped structure. The drop head is clamped in an inverted T-shaped groove on the drop head mounting block, a finite position plate is arranged on the other side of the inverted T-shaped groove, an electromagnet is mounted on the inside of the drop head mounting block, and a cylinder bar is arranged on the front end of the active part of the electromagnet. A circular hole is arranged on the horizontal part of the emitter, and the circular hole is a right-side closed structure. A circular through hole is arranged on the vertical part of the emitter, and the circular through hole is an upper and lower permeable structure. A cylinder is nested on the circular hole, and the cylinder just blocks the circular through hole.
【技术实现步骤摘要】
一种智能吊瓶装置
本技术涉及医疗设备
,具体涉及一种智能装置。
技术介绍
众知,现在在医院住院或者挂点滴时,挂完一瓶点滴时需要病人按铃来提示护士来将盐水管换新的点滴瓶上,一天下来,医院的护士在更换点滴上的时间也占一天工作时间比较大的比重,而且,常常会出现护士以为工作繁忙而延迟更换吊瓶的时间而招来病人的抱怨,因此,在医院里需要一种可以自动更换点滴的吊瓶架。
技术实现思路
针对
技术介绍
中存在的问题,本技术提出了一种智能吊瓶装置。本技术通过下述技术方案得以解决:一种智能吊瓶装置,其特征在于:包括柱体,柱体最上端设置有吊瓶支撑板一,吊瓶支撑板一下部设置有吊瓶支撑板二,吊瓶支撑板一上设置有圆槽一,吊瓶支撑板二上设置有圆槽二,在圆槽二的正下方设置有点滴头安装块,所述点滴头安装块上安装有点滴头,所述点滴头为十字型结构,所述点滴头卡在点滴头安装块上的倒T型槽内,在倒T型槽的另一侧设置有限位板,在所述点滴头安装块的内侧安装有电磁铁,电磁铁的活动部前端为圆柱棒,所述点滴头的水平部上设置有圆孔一,圆孔一为右侧封闭结构,所述点滴头的竖直部上设置有圆通孔,圆通孔为上下通透结构,在圆孔一上嵌套有圆柱体,圆柱体刚好堵住圆通孔,所述圆通孔下部连接到输液管,每个点滴头连接的输液管最后汇合到一根输液管一。进一步,所述圆槽一和所述圆槽二数量相等且同轴。进一步,所述点滴头上端设置有尖头用来插入到点滴瓶内。进一步,所述电磁铁上电后,圆柱棒可以将圆柱体推向圆孔一的另一侧,当圆柱体被推向圆孔一的另一侧后,圆通孔可以使吊瓶中的点滴流入到输液管内。本技术的优点在于,可以通过电磁铁对圆柱体的推动来使得圆通孔导 ...
【技术保护点】
1.一种智能吊瓶装置,其特征在于:包括柱体(1),柱体(1)最上端设置有吊瓶支撑板一(2),吊瓶支撑板一(2)下部设置有吊瓶支撑板二(3),吊瓶支撑板一(2)上设置有圆槽一(2.1),吊瓶支撑板二(3)上设置有圆槽二(3.1),在圆槽二(3.1)的正下方设置有点滴头安装块(4),所述点滴头安装块(4)上安装有点滴头(5),所述点滴头(5)为十字型结构,所述点滴头(5)卡在点滴头安装块(4)上的倒T型槽(4.1)内,在倒T型槽(4.1)的另一侧设置有限位板(4.2),在所述点滴头安装块(4)的内侧安装有电磁铁(6),电磁铁(6)的活动部前端为圆柱棒(6.1),所述点滴头(5)的水平部上(5.1)设置有圆孔一(5.11),圆孔一(5.11)为右侧封闭结构,所述点滴头(5)的竖直部(5.2)上设置有圆通孔(5.21),圆通孔(5.21)为上下通透结构,在圆孔一(5.11)上嵌套有圆柱体(7),圆柱体(7)刚好堵住圆通孔(5.21),所述圆通孔(5.21)下部连接到输液管(8),每个点滴头(5)连接的输液管(8)最后汇合到一根输液管一(9)。
【技术特征摘要】
1.一种智能吊瓶装置,其特征在于:包括柱体(1),柱体(1)最上端设置有吊瓶支撑板一(2),吊瓶支撑板一(2)下部设置有吊瓶支撑板二(3),吊瓶支撑板一(2)上设置有圆槽一(2.1),吊瓶支撑板二(3)上设置有圆槽二(3.1),在圆槽二(3.1)的正下方设置有点滴头安装块(4),所述点滴头安装块(4)上安装有点滴头(5),所述点滴头(5)为十字型结构,所述点滴头(5)卡在点滴头安装块(4)上的倒T型槽(4.1)内,在倒T型槽(4.1)的另一侧设置有限位板(4.2),在所...
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